The Overlooked Stair Detail That Could Fail Your Compliance Inspection Call (513) 889-2492 ORDER NOW Nick Bishop My name is Nick Bishop - your aluminum Access Solutions Advisor on the Commercial team. I have 9 years of experience at Upside Innovations. I specialize in access to warehouses, distribution centers and commercial buildings. With my expertise—where aluminum meets access, brilliance follows. May 09, 2025 Estimated reading time: 5 minutes Understanding IBC 504.6 and the Critical Role of Visual Contrast in Stair Nosing At Upside, we engineer our ADA/IBC-compliant aluminum stair systems to meet every detail of building code requirements. This includes one of the most frequently misunderstood – and often overlooked – details of the International Building Code (IBC): Section 504.6 – Visual Contrast on Stair Nosings. We break down the code requirements, explain the importance of compliance, explore common pitfalls in the market, and demonstrate how Upside Innovations ensures our stair systems exceed expectations for safety, durability, and inspection-readiness. What Does IBC 504.6 Require? IBC Section 504.6, titled “Stair Treads and Risers,” governs the visual marking of stair nosings. The IBC code mandates the following: Contrast Strip Location: A visual contrast marking must be applied to the leading 1 to 2 inches (25 to 51 mm) of the tread or landing, measured horizontally from the nosing. Contrast Requirements: This strip must visually contrast with the remainder of the tread. Either light-on-dark or dark-on-light color schemes are acceptable. Width: The marking must extend the full width of the step or landing. Durability: The material must be long-lasting and at least as slip-resistant as the surrounding tread. Luminance Contrast: Though not numerically specified by IBC, the industry standard generally expects a minimum 30% luminance contrast to meet best practices and align with accessibility guidelines such as those in the ADA and ANSI A117.1 standards. IBC Stairs Code & Requirements Is Visual Contrast Always Required? While visual contrast is not explicitly required by the ADA except in certain transportation applications (e.g., escalators as specified by ASME A17.1), IBC 504.6 mandates it for most stairways in commercial buildings. The difference matters: ADA = civil rights law protecting individuals with disabilities, often enforced via complaints or lawsuits.ADA requirements for businesses IBC = building code, enforced through inspections, permitting, and local jurisdiction approvals. Non-compliance with IBC 504.6 can lead to denial of occupancy, liability exposure, or forced retrofits. Why It Matters: Safety and Compliance Stair-related injuries are one of the most common causes of falls in public and commercial buildings. The lack of a clear visual delineation at the nosing can be a serious hazard for individuals with limited depth perception or low visual acuity. Benefits of Visual Contrast Reduces Missteps: Clear step edge visibility reduces the likelihood of tripping or misjudging step depth. Supports Low-Vision Navigation: Aids in orientation and safe navigation for individuals with partial sight. Passes Inspection: Non-compliant nosings are a common source of inspection failure and may result in fines, rework costs, or denial of occupancy. Real-World Application: Why It Matters Let’s say a school retrofits its modular classrooms with a new aluminum stair system. If the nosings are not clearly contrasted and wear-resistant, an inspector may flag them- even if the steps themselves meet dimensional and structural standards. That delay alone could affect classroom occupancy or result in unexpected fines. With Upside’s systems, customers avoid this scenario entirely. Where Others Fall Short Many stair manufacturers neglect to implement IBC 504.6 fully. These shortcomings can easily lead to code violations, inspection delays, and long-term safety risks, particularly in environments like schools, healthcare, or public infrastructure, where compliance is mandatory. How Upside Delivers Full Compliance At Upside Innovations, our stair systems are designed from the ground up to comply with IBC, ADA, and OSHA requirements. When it comes to visual contrast, we don’t cut corners: Full-Width Coverage: Our nosing strips run the entire width of the stair, ensuring complete visibility. Code-Compliant Width: Contrast strips are precisely 1 to 2 inches wide, as specified by code. High Visual Contrast: We offer light-on-dark and dark-on-light combinations with proven luminance differentials. Integrated Slip Resistance: Our strips are fabricated from non-slip material that meets or exceeds the tread’s grip performance. Engineered Durability: Whether indoor or outdoor, Upside’s stair nosings are made from industrial-grade aluminum and durable insert materials, resistant to wear, corrosion, and weathering. Prefabricated and Modular: All systems are bolt-together – no on-site welding, custom fabrication, or guesswork needed. With Upside, your stair solution is delivered pre-engineered for compliance, minimizing delays, avoiding costly fixes, and passing inspection the first time. FAQs Is IBC 504.6 enforced in all U.S. states? Most jurisdictions adopt IBC codes as part of their building regulations. Check your local enforcement agency, but in general, 504.6 is widely required for commercial and public structures. What materials are used for Upside stair nosings? We use aluminum substrates with contrast materials that provide long-term slip resistance and high visibility, tested for durability in demanding environments. Can existing stair systems be retrofitted? Yes. Adhesive tape is available. How does visual contrast get measured? While IBC doesn’t specify a contrast ratio, ANSI and ADA suggest a minimum of 30% luminance contrast – a value we exceed with our standard configurations. Is color contrast required for stair nosings? Visual contrast on stair nosings aids people with low vision but isn’t required by accessibility standards – except for escalators in rail and guideway stations, which must follow ASME A17.1, requiring yellow lines (max 2” wide) on step edges. Stairs IBC Stairs Code & Requirements Read More » July 2, 2024 News Navigating the Complexities of Code Compliance for Multi-Use Facilities Read More » February 27, 2024
When is a handicap ramp required? Call (513) 889-2492 ORDER NOW Brittany Dozier My name is Brittany Dozier - your aluminum Access Solutions Advisor on the Commercial team. I have 2 years of experience at Upside Innovations. I specialize in access to warehouses, distribution centers and commercial buildings. With my expertise—where aluminum meets access, brilliance follows. Jul 31, 2024 Estimated reading time: 3 minutes The Americans with Disabilities Act (ADA) requires using ramps in public and commercial settings to provide accessibility for individuals using wheelchairs, walkers, and motorized scooters. This law has been updated over the years, but the core requirements remain to make public spaces accessible to all. ADA requires ramps for height changes over ½ inch. ADA Ramp Specifications and Requirements Facilities must consider the location, size, and slope of ramps to comply with ADA regulations. The ADA specifies that any change in height greater than ½ inches along an accessible route requires a ramp unless an elevator or platform lift is used. For slopes of 5% or more, ADA-compliant ramps are mandatory. ADA Ramp Design Standards: Clear Width: The ramp must be at least 36 inches wide between handrails. Rise: The maximum rise per run is 30 inches, with no limit on the number of runs. Running Slope: The slope should not exceed 1:12 (one foot of rise for every 12 feet of ramp). Cross Slope: A maximum slope of 1:48 is allowed. Alterations: Limited space may allow for steeper slopes under specific conditions, such as: 1:10 maximum slope for a 6-inch rise 1:8 maximum slope for a 3-inch rise Resources ADA Ramp Requirement Simplified ADA Ramp Slope Requirements Recommended ADA Ramp Landing Dimensions Upside Wheelchair Ramp Products Modular Wheelchair Ramps Key Scenarios Requiring Handicap Ramps Public Buildings and Facilities: The ADA requires that public buildings, including government offices, libraries, and educational institutions, have accessible entrances, which often include ramps. This is crucial to accommodate all visitors and ensure equal access to public services. Commercial Establishments: Businesses that serve the public, such as retail stores, restaurants, and hotels, must provide ADA-compliant ramps if changes in elevation, like steps, could otherwise impede access.View Commercial Ramp Installations Residential Buildings: For multi-family housing, ADA standards may require ramps to make accessible units or common areas reachable. Although single-family homes are generally exempt unless specific conditions apply, ramps are often added to accommodate residents’ needs.View Residential and Apartment Installations Workplaces: Employers are required to ensure accessible workplaces, which may include installing ramps, to provide a safe and inclusive environment for employees with disabilities.View Office Building Installations Healthcare Facilities: Hospitals, clinics, and other healthcare facilities must ensure that patients with mobility impairments can access their services without barriers.View Healthcare and Medical Facility Installations Temporary Events and Facilities: Even temporary structures, such as those used for events or emergency facilities, must consider accessibility, including ramps. News Creating Safe & Equal Access for All with Wheelchair Accessible Ramps Read More » September 4, 2022 ADARampsTools & Resources ADA Ramp Requirements Outline Read More » December 6, 2017
Types of Fire Escapes Call (513) 889-2492 ORDER NOW Nick Bishop My name is Nick Bishop - your aluminum Access Solutions Advisor on the Commercial team. I have 9 years of experience at Upside Innovations. I specialize in access to warehouses, distribution centers and commercial buildings. With my expertise—where aluminum meets access, brilliance follows. Jun 28, 2024 Estimated reading time: 3 minutes Fire escapes are critical for providing a quick and reliable exit from buildings. This post lists the various types of fire escapes, ranging from standard exterior staircases to some less common types, such as chutes. The Evolution of Fire Escapes in Building Codes Fire escapes became a part of building codes in the late 19th and early 20th centuries as a response to several devastating urban fires, such as the Triangle Shirtwaist Factory fire in 1911. These tragic events highlighted the need for safe and efficient egress routes in multi-story buildings. As cities grew and buildings became taller, the risk of fire-related casualties increased, prompting municipalities to incorporate fire escapes into their building codes and regulations. Exterior Staircase Fire Escapes These are the most traditional type, typically found on older buildings. They are constructed on the exterior of the building and provide a direct route to the ground. Learn more about Upside’s Fire Escape Stair Configurations Interior Staircase Fire Escapes These are enclosed within the building and provide a protected path to the outside. They are often designed to be fire-resistant and may include features like smoke-proof enclosures. Image is for illustration only and not an Upside product Drop Ladders These are retractable ladders that can be extended from a window or balcony to the ground. They are often used in residential buildings where space is limited. Image is for illustration only and not an Upside product Extending fire escape ladders Extending fire escape ladders are retractable ladders that can be lowered for emergency egress. They remain retracted when not in use to prevent unauthorized access to the building. Commonly found in urban residential buildings, these ladders are designed to provide a safe descent from windows or balconies to the ground in case of emergencies. Image is for illustration only and not an Upside product Chutes Fire escape chutes are slide-like devices that can be used to quickly evacuate from upper floors. They are less common but provide a rapid means of descent. Image is for illustration only and not an Upside product Balcony or Catwalk Fire Escape Some buildings use a system of interconnected balconies and catwalks to provide an escape route. These are more common in buildings with multiple adjacent units, such as apartments. Image is for illustration only and not an Upside product Upside Fire Escape Staircases Our APEX Fire Escape Staircase System is designed to meet ADA, OSHA, and IBC codes and is ready to install from the word go. The non-combustible aluminum components have a modular design that allows our engineers to create infinite configurations. Call (513) 889-2492 ORDER NOW Non-Combustible Aluminum is non-combustible, and the metal would have to be upwards of 1220° Fahrenheit to melt, which is far past a usable temperature anyway. Durable, Long Lifecycle Our fire exit stairs are 100% mill-finish aluminum with stainless steel fasteners, so they will never rust and will remain structurally sound even in coastal locations. Infinite Configurations Our modular design and experienced engineers can configure solutions for the most challenging projects. Reach Any Height Our team can design modular stairs to reach any height that you need. Code-Compliant We design all of our exterior fire stairs to meet whichever code is required for the project whether it needs to meet ADA, OSHA, IBC, or local building codes. Fast Installation Prefabricated and bolts together on-site with no welding required. We Install Our professional installation crew will ensure that your project goes smoothly and can install anything under 50′ tall. News Navigating the Complexities of Code Compliance for Multi-Use Facilities Read More » February 27, 2024 Tools & Resources Stair and Walk Surface Glossary of Terms Read More » December 1, 2022
How a Catwalk Walkways Can Improve Workflow in Your Facility Call (513) 889-2492 ORDER NOW Tracy Mikulec Tracy Mikulec, a seasoned leader in the digital marketing realm, currently serves as the Director of Digital at SixAxis, a pioneering manufacturer of industrial and commercial safety products from renowned brands like SafeRack, ErectaStep, and Upside. With a career spanning over three decades, Tracy has been at the forefront of digital innovation, ecommerce, and technology strategy. Since January 2015, Tracy has been instrumental in shaping the digital landscape at SixAxis, LLC, based in Andrews, South Carolina. His role involves leading digital strategies and overseeing technological advancements for SixAxis and its diverse portfolio of brands. Jun 28, 2024 Estimated reading time: 7 minutes In a factory setting, the equipment can be difficult to access, leading to dangerous and/or uncomfortable working conditions. Catwalks can be a necessary solution to this problem and OSHA compliance. What is a catwalk walkway A catwalk, sometimes called a runway, is an elevated platform or walkway used for observation or to give workers access to hard-to-reach areas within a facility to service equipment, tanks, hoppers, silos, sortation systems, and industrial processing equipment. Upside Innovations is a stair manufacturer, and this article covers some applications and summarizes OSHA compliance requirements. Common Catwalk Walkway Applications Manufacturing: Accessing and clearing conveyor belts and sortation systems Observation platforms: overseeing work areas Crossovers – To crossover assembly lines and conveyor belts. View products HVAC Equipment: HVAC access platforms, catwalks, and stairs. View Products Large Commercial Generators: Generator maintenance platforms View Products Access to Elevated Platforms: Catwalk stairs provide safe entry to elevated platforms for maintenance and operational needs. Maintenance Access: These stairs offer convenient access for maintenance tasks on machinery, pipes, and equipment. Safety Walkways: They serve as designated paths over busy factory floors, enhancing safety by separating workers from operational zones. Observation and Inspection Platforms: Catwalk stairs provide elevated vantage points for observing processes and conducting inspections. Warehouse and Distribution Centers: Used to access upper-level storage areas and mezzanines, aiding in material movement and storage. Rooftops – Air handlers, HVAC equipment, and generatorsView products Tank farms: access Loading Docks and Shipping Areas: Facilitate safe access or movement between different levels during loading and unloading operations. Conveyor Systems Integration: Integrated with conveyor systems for maintenance, adjustment, and clearing jams. Industrial Plants and Refineries: Essential for accessing various levels of equipment and processing units in large industrial facilities. Utilities and Energy Facilities: Used in power plants, oil refineries, and water treatment plants for accessing critical infrastructure. Outdoor Applications: Provide elevated access for maintenance and inspection in outdoor settings like bridges and towers. Upside Innovation’s Catwalks Upside manufacturers prefabricated easy-to-assemble OSHA complaint catwalk platforms. Upside’s catwalk platform doesn’t just elevate people–it saves money and time. The industrial-grade aluminum components can be bolted together in an endless amount of configurations, making it ready to install upon arrival. With our APEX catwalk system, you’ll reduce costs while also saving time that would otherwise be spent welding the walkway together. If pre-assembled catwalks are not possible for your application, don’t worry! Our team of engineers and designers can customize a solution for any need. At Upside, we believe that every business is unique and thus requires a different catwalk solution. That’s why we take the time to listen to your specific needs and requirements before craftily designing a plan specifically for you. Our team of experts creates structural drawings of where your catwalk has to be installed, making sure to include all details regarding positioning, elevation, etc., in alignment with your stated business goals. This level of planning and customization helps ensure that you get exactly the right catwalk for YOUR business. Furthermore, we evaluate how much weight your catwalk can hold. The construction of your catwalk is entirely dependent on its planned use. Therefore, we need to know the load-bearing capacity requirements to design and build a safe walkway for your employees. Our aluminum catwalks are easy to install in difficult-to-reach spaces and follow OSHA standards so that your workers can safely access elevated areas. Call (513) 889-2492 ORDER NOW These Steps and long APEX Trailer Catwalk Platform were installed at an Industrial Facility. OSHA catwalk walkway requirements OSHA establishes rules and regulations to follow for equipment operators and maintenance personnel who work on catwalks, which include the minimum width dimensions, minimum load requirements, fall protection requirements, and catwalk opening requirements. Understanding these standards can help create a safe working environment. The safety requirements for catwalks, or elevated walkways, are located in Section 1910 Subpart D of the OSHA standards. A catwalk is an elevated surface used as a pathway between buildings or along shafting. It’s also considered a type of work platform. employers need to make sure that catwalks are constantly kept safe and up to code. OSHA Section 1910.22 dictates the primary conditions for walking-working surfaces, encompassing catwalks. To be compliant, employers must guarantee that all walking surfaces are safe from slip and fall hazards, as well as being structurally stable and sound. With that in mind, here are some key standards for workplaces with elevated working conditions: Walking/working surfaces are kept in a clean, orderly, and sanitary condition. (1910.22(a)(1)) Free of hazards such as sharp or protruding objects, loose boards, corrosion, leaks, spills, snow, and ice. (1910.22(a)(3)) Walking-working surface can support the maximum intended load for that surface. (1910.22(b)) Employees must have safe means of access and egress to and from walking-working surfaces. (1910.22(c)) Walking-working surfaces are inspected regularly to ensure safe conditions (1910.22(d)(1)) Catwalk width requirements A catwalk or runway must be at least 18 inches wide (Section 1910.28(b)(5)(ii)(A)). When a stairway accesses the catwalk, catwalk width depends on the width of the stairway and stairway landing that serves it. Under OSHA Section 1910.25(b)(4) a stairway landing must be at least the width of the stairway, which has a minimum width of 22″, so catwalks served by a stairway must have a minimum width of 22″ for OSHA compliance. How wide does a catwalk need to be? A catwalk or runway must be at least 18 inches wide (OSHA Section 1910.28(b)(5)(ii)(A)) Similarly, IBC-compliant stairs have a minimum width of 36″; therefore, catwalks should be minimum of 36″ wide. Some bigger catwalks might actually be classified as mezzanine structures and would, as a result, need to adhere to the IBC mezzanine egress requirements. Catwalk load requirements The maximum intended load is the total weight and force of all employees, equipment, vehicles, tools, materials, and other loads that an employer reasonably anticipates will be applied to a walking-working surface at any one time (section 1910.22(b) Loads) For guardrail systems around a catwalk requires that handrails and the top rails are capable of withstanding, without failure, a force of at least 200 pounds (890 N) applied in any downward or outward direction within 2 inches (5 cm) of any point along the top edge of the rail. (section 1910.29(f)(7) Strength criteria) Catwalk opening requirements Catwalks may have floor holes within the walking surface or vertical openings near the edge of the walking surface. A fall protection system must protect these holes and openings to prevent employees from falling. (section 1910.28) Hole – Opening or gap in the walking surface. Examples include drains, large cracks, broken floorboards, chutes, and pits that are at least 2 inches. OSHA section 1910.28(b)(7) states that where the inside bottom edge of the opening is less than 39 inches above the walking-working surface and the outside bottom edge of the opening is 4 feet or more above a lower level is protected from falling by the use of a guardrail system, safety net system, travel restraining system, or personal fall arrest system. Opening – Opening or gap in a wall, partition, or railing. Examples include openings to access equipment, chute openings, and window openings that are at least 30 inches high and at least 18 inches wide. OSHA requires that employers provide a means of fall protection around floor holes in a catwalk or other walking surfaces. Takeaway Install an industrial catwalk to make your work areas more efficient by providing employees with easy access to equipment and maintenance areas. Catwalks come in many designs, so it is important to consider all variables before purchasing. Upside Innovation’s APEX catwalk solutions are prefabricated, meaning they are ready to install immediately. The industrial-grade aluminum components bolt together, amounting to never-ending configurations. Contact our qualified stair and platform experts to reduce costs and eliminate time-consuming welding with our APEX catwalk systems. How a Catwalk Can Improve Workflow in Your Factory Tools & Resources Stair and Walk Surface Glossary of Terms Read More » December 1, 2022 Stairs Rooftop Stairs – Non-Penetrating Roof Mounted Solutions Read More » July 8, 2024
Protecting your Aluminum Stairs During Snowy Weather Call (513) 889-2492 ORDER NOW Silvana Gold Silvana is Upside's Marketing Analyst - qualifying leads that come through the website and assisting in marketing initiatives. With experience in copywriting and a degree in Marketing, her expertise is at work. Jan 19, 2024 Estimated reading time: 3 minutes Upside Innovations understands the importance of maintaining safe, ice-free surfaces during the winter months. While our aluminum stairs and ramps (snow protection for ramps) provide slip resistance in dry and wet conditions, snowy and icy conditions can still pose safety hazards. In regions with harsh winters, facility managers must take steps to minimize safety issues caused by snow and ice build-up. Here are three effective ways to ensure the safety of your stairs during snowy weather and some preventative measures. Snow protection and maintenance for ramps A Stiff-Bristled Broom When it comes to removing light snow accumulation from stairs, especially those with knurled decking for added grip, a stiff-bristled broom is a simple yet effective tool. The strong bristles of these brooms can easily clear snow from both the stair surface and the grooves in the decking that provide traction. However, when clearing the snow from the stairs, you’ll need to push it either up or down the stairs to a platform or the ground since the stair’s edges prevent snow from being swept off the sides. Once the snow is on a platform, it can be conveniently pushed off the edge or through the railings. It’s essential to apply enough pressure to get into the grooves of the stair surface but avoid scrubbing too vigorously to prevent scratching the aluminum, as scratches can lead to quicker oxidation. Effective Snow and Ice Management for Aluminum Stairs Heavy snow and ice may be more difficult for a broom to handle, this is when chemical snow/ice melt becomes a practical solution. However, it’s essential to note that common rock salt is not suitable for use on aluminum stairs, as it can react with the metal and cause damage over time. Instead, we recommend using magnesium chloride ice melt for most applications, thanks to its non-corrosive nature on aluminum. Calcium chloride can be a viable alternative for government entities or large businesses that may be seeking a cost-effective solution. Additionally, the Melt Premium Enviro Blend Ice Melter is an excellent environmentally friendly product that can be effectively applied to snow and ice on aluminum stairs without causing damage to the metal or concrete surfaces. Comparing Calcium Chloride vs. Magnesium Chloride Rock salt should not be used Decking Options on Upside Stairs An alternative to dealing with snow build-up is purchasing stairs that have an open decking or stairs with open-back risers. Both of these options would allow for snow to pass through the stairs. This would create less snow and ice maintenance for the facility. Pictured below are Upside stair decking options and closed-back vs. open-back stairs. Extruded Fiber Grate Bar Grating Grip Strut Risers Install an Awning or Canopy Over Your Stairs For those who want to avoid the hassle of shoveling snow and melting ice altogether, another option is adding a canopy over your stairs. Our canopy systems are designed to keep precipitation off the stairs, significantly reducing snow and ice build-up. They provide a practical and aesthetically pleasing way to enhance safety during snowy weather. For canopies – we offer a cantilevered awning, entryway canopy, and covered walkway canopy. Protect entryways from snow and rain with Upside’s APEX canopy, engineered to integrate seamlessly with our stair and ramp solutions. Integration offers an efficient and cost-effective solution for modular buildings and loading docks. No matter which method you choose, removing snow and ice from your stairs is crucial to ensure safety during the winter months. Whether you use a removal technique, install a canopy, or use open decking – prioritize safety, and stay warm during the snowy season. StairsTools & Resources Types of Stairs for Commercial and Industrial Use Read More » June 7, 2022 Ramps Snow & Ice Melt for Aluminum Ramps Read More » November 22, 2023
Handicap Ramp Slope and Length Calculator Call (513) 889-2492 ORDER NOW Nick Bishop My name is Nick Bishop - your aluminum Access Solutions Advisor on the Commercial team. I have 9 years of experience at Upside Innovations. I specialize in access to warehouses, distribution centers and commercial buildings. With my expertise—where aluminum meets access, brilliance follows. Jan 19, 2024 Estimated reading time: 3 minutes To make buildings more accessible for mobility devices, the ADA (Americans with Disabilities Act) has established minimum accessibility requirements for public facilities. In addition to various accessibility standards, they outline the guidelines for ramp construction. In this article, we’ll take a closer look at ADA requirements for handicap ramp slopes. Our ADA ramp length calculator determines the required ramp length for your project. Our incline calculator also tells you the number of resting platforms that you need to have to be ADA-compliant. As a guide, the ADA ramp requirements are 1 foot of ramp for every inch of rise for a 4.8° incline. Ramp Length Calculator Enter elevation height in InchesRESULTS RunMinimum ramp run length in feetLengthTotal ramp system length in feetPlatformsNumber of 5’x5′ resting platformsInterested in Modular Prefabricated Ramps? Our ADA Ramp System is prefabricated and ready to install. Learn More Get Quote A. Elevation heightThe height from the ground up to the bottom of the door or existing walkway. (How to measure elevation) B. Ramp run length C. Total ramp system length in feetIncludes the minimum number of 5′ x 5′ resting platforms and the 5′ x 5′ platform at the top of the ramp. D. Minimum number of resting platformsA 5′ x 5′ (minimum) resting platform is needed every 30 feet of ramp. + 5′ platformsA 5′ x 5′ (minimum) platform is needed at the top of the ramp if there is not an existing one already. 1:12 Slope: For every inch of height from the ground, you need 1 foot of ramp length to achieve a 4.8° incline. Handicap Ramp length based on the number of stairs StepsTotal LengthLanding(s)Ramp Run1 Step12′5′7′2 Steps20′5′15′3 Steps27′5′22′4 Steps35′5′30′5 Steps47′10′ ( 2 x 5′)37′*For reference only. Estimations based on a 7 1/2″ stair height (riser). Building codes specify riser heights of no less than 4″ and a maximum of 7 3/4″. How long of a wheelchair ramp do I need for 2 steps? For ADA compliance, the estimated ramp length should be 20′ (5′ landing, 15′ ramp run)* How long of a wheelchair ramp do I need for 3 steps? For ADA compliance, the estimated ramp length should be 27′ (5′ landing, 22′ ramp run)* How long of a wheelchair ramp do I need for 4 steps? For ADA compliance, the estimated ramp length should be 35′ (5′ landing, 30′ ramp run)* How long of a wheelchair ramp do I need for 5 steps? For ADA compliance, the estimated ramp length should be 47′ (2 5′ landings, 37′ ramp run)* Related Articles ADA Ramp Slope Requirements5 Essential Walkway Canopy Elements to ConsiderADA Ramp Requirements ChecklistRamps for Modular Buildings – Planning your ramp configuration.APEX Canopy Resources News Creating Safe & Equal Access for All with Wheelchair Accessible Ramps Read More » September 4, 2022 ADARampsTools & Resources ADA Ramp Requirements Outline Read More » December 6, 2017
Optimal Stair Angle: Balancing Safety, Comfort, and Space Call (513) 889-2492 ORDER NOW Tracy Mikulec Tracy Mikulec, a seasoned leader in the digital marketing realm, currently serves as the Director of Digital at SixAxis, a pioneering manufacturer of industrial and commercial safety products from renowned brands like SafeRack, ErectaStep, and Upside. With a career spanning over three decades, Tracy has been at the forefront of digital innovation, ecommerce, and technology strategy. Since January 2015, Tracy has been instrumental in shaping the digital landscape at SixAxis, LLC, based in Andrews, South Carolina. His role involves leading digital strategies and overseeing technological advancements for SixAxis and its diverse portfolio of brands. Nov 23, 2023 Estimated reading time: 3 minutes A critical aspect of stair design is the angle of the stair, which can significantly influence its functionality, safety, and user experience. This is especially applicable in commercial settings, where factors like accessibility and space efficiency are paramount. The angle of a staircase, often measured in degrees from the horizontal, determines the steepness of the stairs. Common angles range from 30 to 50 degrees. However, a widely accepted standard for the most comfortable and safe stair angle is around 37 degrees. 37° is widely accepted as the standard for safety and comfort Why 37 Degrees? Ergonomic Efficiency: At 37 degrees, the ratio of the tread (the horizontal part where you step) to the riser (the vertical part between treads) is optimized for average human stride lengths. This angle ensures that the stairs are not too steep or too shallow, providing a natural and comfortable ascent and descent. Safety Considerations: Stairs steeper than 37 degrees can increase the risk of falls and are more challenging for people with mobility issues. On the other hand, stairs less steep than 37 degrees consume more horizontal space and may not be practical in all settings. Space Utilization: For commercial spaces where efficiency is key, a 37-degree angle offers a good balance between the vertical and horizontal space used. It allows for a comfortable rise without extending the staircase too far into the space. Code Compliance IBC – The International Building Code (IBC) typically requires stair slopes to not exceed a 7:11 ratio, approximately 37 degrees, with a maximum riser height of 7 inches and a minimum tread depth of 11 inches. These guidelines ensure safety by preventing stairs from being too steep and maintaining consistency in step dimensions. ADA – Similar to IBC, the ADA requires stairs to have risers no higher than 7 inches and tread depths of at least 11 inches, ensuring a slope that typically aligns with IBC standards of around 30 to 37 degrees. Uniformity in riser heights and tread depths across all steps is crucial for safety and accessibility under ADA guidelines. OSHA – OSHA standards for fixed industrial stairs require an angle between 30 and 50 degrees to ensure safety in workplace environments. The maximum riser height is set at 9.5 inches, and the minimum tread depth should also be 9.5 inches. These guidelines are designed to prevent accidents and facilitate safe and efficient movement in industrial settings. Conclusion While the 37-degree angle is a general guideline, stair design can vary depending on each project’s specific needs and constraints. Upside Innovations, with its commitment to safety, efficiency, and sustainability, ensures that each staircase is optimally designed for its intended use, keeping in mind the comfort and safety of its users. StairsTools & Resources Types of Stairs for Commercial and Industrial Use Read More » June 7, 2022 Tools & Resources Stair and Walk Surface Glossary of Terms Read More » December 1, 2022
Building Blocks: Prefab versus Modular Construction Call (513) 889-2492 ORDER NOW Tracy Mikulec Tracy Mikulec, a seasoned leader in the digital marketing realm, currently serves as the Director of Digital at SixAxis, a pioneering manufacturer of industrial and commercial safety products from renowned brands like SafeRack, ErectaStep, and Upside. With a career spanning over three decades, Tracy has been at the forefront of digital innovation, ecommerce, and technology strategy. Since January 2015, Tracy has been instrumental in shaping the digital landscape at SixAxis, LLC, based in Andrews, South Carolina. His role involves leading digital strategies and overseeing technological advancements for SixAxis and its diverse portfolio of brands. Apr 05, 2023 Estimated reading time: 3 minutes When it comes to building a new structure, two popular options are prefab and modular construction. While these terms are often used interchangeably, they refer to two distinct construction methods. What is the difference between Modular vs. Prefab Buildings? Prefab construction is walls, roofs, and floors manufactured off-site. In contrast, modular construction is complete rooms or self-contained units. Both are shipped and assembled on location. Prefab Construction Components Made Off-Site Prefab, or prefabricated construction, involves manufacturing components off-site. These components include roofs, floors, and walls. These components are shipped to the location and are designed to fit together like puzzle pieces. Before prefab construction, building contractors would “stick-build,” where everything was framed and built onsite, which was costly and slow. Modular Construction Completed Sections Made Off-Site In modular construction, the building components are complete rooms or sections manufactured in a factory and then transported as large units to the building site for assembly. Unlike prefab, these large modules require less onsite assembly and construction, which is cost-effective and need less on-site construction time, especially for larger buildings. Advantages of Modular Construction With its increased popularity, efficiencies, and ease of build, modular construction is gaining market acceptance and gaining traction for commercial, industrial, and institutional projects. The modular market was valued at $131.1 billion in 2021, and analysts estimated a CAGR of 6.1% from 2022 to 2031 with a $234.7 billion value.1 Modular construction can be for permanent and temporary uses and is commonly used for school classrooms and military housing but gaining popularity as healthcare facilities, churches, fast food restaurants, and commercial offices. Modular building has several benefits, such as being environmentally friendly, creating less waste, being of higher quality, and being accessible to remote locations. Saves Money – Unlike traditional building methods, modular buildings are less expensive because the units are produced in bulk and delivered nearly completed. Less maintenance More sustainable – Reduced material waste and energy consumption. Save Time – avoid common construction delays caused by weather or schedules and, in many cases, can be delivered 30-50% quicker2 than traditional methods. Site preparation occurs simultaneously with the production of modular units. However, some drawbacks can be a limited service area and unclear zoning. Less impact at the job site – built off-site, modular construction has 80% less disruption at the job site. Quality control – The manufacturing process offers greater quality control than on-site, stick-built construction methods. 1Allied Market Research, 2Modular Building Institute Stairs and Ramps for Modular Construction Upside Innovations manufactures access solutions ideal for modular buildings such as schools, hospitals, churches, office trailers, construction sites, etc. Our modular, prefabricated line of ADA and IBC stairs, ramps, and canopies are industrial-grade aluminum components that bolt together to create infinite configurations, eliminating custom fabrication and time-consuming engineering while reducing costs, installation time, and complexity. Call (513) 889-2492 ORDER NOW Stairs, Ramps, Canopies & Awnings The APEX System is a modular, prefabricated line of ADA, OSHA, and IBC-compliant stairs, wheelchair ramps, and canopies. Industrial-grade aluminum components bolt together to create infinite configurations. The System eliminates custom fabrication requirements and time-consuming engineering while reducing costs, installation time, and complexity. The Apex System is manufactured in the U.S. using advanced engineering techniques and industrial-grade aluminum. Portable Stairs The Omni Step, Upside’s portable stairs, has a pivoting riser assembly to adjust the step to any height within the two outer limits as the individual step heights grow or shrink equally. Set the adjustable platform at the threshold, attach the step riser to the platform, and let the step pivot down to the ground. StairsTools & Resources Types of Stairs for Commercial and Industrial Use Read More » June 7, 2022 Stairs Adjustable Steps for Modular Offices Read More » January 16, 2024
Transform Your Commercial Space with Tenant Improvements Call (513) 889-2492 ORDER NOW Tracy Mikulec Tracy Mikulec, a seasoned leader in the digital marketing realm, currently serves as the Director of Digital at SixAxis, a pioneering manufacturer of industrial and commercial safety products from renowned brands like SafeRack, ErectaStep, and Upside. With a career spanning over three decades, Tracy has been at the forefront of digital innovation, ecommerce, and technology strategy. Since January 2015, Tracy has been instrumental in shaping the digital landscape at SixAxis, LLC, based in Andrews, South Carolina. His role involves leading digital strategies and overseeing technological advancements for SixAxis and its diverse portfolio of brands. Apr 04, 2023 Estimated reading time: 4 minutes How Tenant Improvements Can Help You Create the Best Commercial Space for Your Business. From Construction to Stairs, Here’s What You Need to Know! When your business expands and evolves, it is crucial to accentuate your brand, feel distinct, and satisfy your company’s demands. Tenant improvements can help you accomplish these objectives for a modest repair or a more extensive business renovation. What are Tenant Improvements? Tenant improvements are modifications to a rented space to make a building suitable to the tenant’s needs. These can include: Creating an office out of unfinished floor space Installing energy-efficient lighting Building a dramatic staircase between floors Adding new electrical outlets Adding canopies and wheelchair ramps for accessibility Complete interior renovation Replacing rusted, damaged, cracked, and or non-compliant egress stairs What Qualifies as a Tenant Improvement? There are many different types of tenant improvements. Below are some general examples of what is and is not considered a tenant improvement. QualifiedNon-QualifiedConstructing interior walls and ceilingsChanging the flooringBuilding cabinetryAdding electrical lines and plumbingInstalling air conditioningAdding fire protection measuresImproving security, safety, and accessibilityCode Compliance IssuesComputersOffice chairs & furnitureRepaving outdoor walkwayRunning phone and internet cablesUpgrades to a common-use elevatorLegal fees or consultantsMoving expensesEquipmentSignage*Non-Qualified – Unless negotiated otherwise Stairs, ramps, and canopies engineered for tenant improvements. With our expert team, we specialize in designing and installing custom solutions that not only enhance the aesthetic appeal of your building but also ensure compliance and safety. Learn more about our products Who Pays for Tenant Improvements? In most cases, the costs of tenant improvements are shared between the landlord and the tenant. There are several typical setups for paying for tenant improvements, including: Tenant Improvement Allowance (TIA) Building Standard Allowance (BSA) Turnkey job Rent discounts Tenant Improvement Allowance (TIA) The tenant improvement allowance is the money the landlord will spend on renovations to the leased property. The lease often states this cost and likely a set payment or a price per square foot. If the cost of the improvements exceeds the TIA, the tenant must pay the difference. Getting at least one or two preliminary construction bids is advisable to avoid unexpected expenses during the negotiation process. For example, accepting an allowance of $18 per square foot may seem like a good deal, but ensuring that the total construction cost does not exceed the allowance is essential. What is an Average Tenant Improvement Allowance? The market, lease term, credit rating, and the type of space effects TIA, but landlords typically offer an allowance of $25-$40 per square foot for a new space (aka shell condition or first-gen) and $20 or less for a space that has been previously occupied (second-gen). Higher-end markets have tenant improvement packages. For example, the NYC market is around $48 RSF* and $60-80 RSF for the Los Angeles market**. How Do You Calculate a TI Allowance? The Tenant Improvement Allowance (TIA) is typically given based on the commercial space’s rental square feet (RSF). To calculate the Tenant improvement allowance, multiply the RSF by the TI allowance you have negotiated. (Example: 5,000 RSF x $15 RSF = $75,000) Sources: austintenantadvisors.com | *us.jll.com | **myelisting.comTools: Tenant Improvement Amortization Calculator Building Standard Allowance (BSA) With a building standard allowance (BSA) a specified leasehold improvements they are willing to pay their tenants. With a BSA, the landlord is responsible for any cost overruns rather than the tenant. If your business requires tenant services not included in the BSA, you must pay for them yourself. Many landlords offer a building standard allowance (BSA) or a package of specified leasehold improvements they are willing to pay their tenants. With a BSA, the landlord is responsible for any cost overruns rather than the tenant. If your business requires tenant services not included in the BSA, you must pay for them yourself. Turnkey Job Building standard allowance (BSA) is a package of specific leasehold improvements landlords often provide tenants. This offering covers the cost of these improvements, and the landlord, not the tenant, bears any cost overruns. However, the tenant is responsible for paying services not part of the BSA. Rent Discounts Occasionally, landlords may offer a rent discount or waive rent entirely for tenants during leasehold improvement projects. However, the tenant remains responsible for any additional costs associated with the project and has full control over its execution. Conclusion Whether you require improvements like stairs, wheelchair ramps, canopies, or other types of tenant services, tenant improvements can help you create the best commercial space for your business. Upside’s skilled technicians, engineers and access experts can provide years of experience to help your business meet its lease improvement needs. Call (513) 889-2492 ORDER NOW StairsTools & Resources Types of Stairs for Commercial and Industrial Use Read More » June 7, 2022 Stairs Maximizing Space with Innovative Mezzanine Floors Read More » November 26, 2023
Stair and Walk Surface Glossary of Terms Call (513) 889-2492 ORDER NOW Tracy Mikulec Tracy Mikulec, a seasoned leader in the digital marketing realm, currently serves as the Director of Digital at SixAxis, a pioneering manufacturer of industrial and commercial safety products from renowned brands like SafeRack, ErectaStep, and Upside. With a career spanning over three decades, Tracy has been at the forefront of digital innovation, ecommerce, and technology strategy. Since January 2015, Tracy has been instrumental in shaping the digital landscape at SixAxis, LLC, based in Andrews, South Carolina. His role involves leading digital strategies and overseeing technological advancements for SixAxis and its diverse portfolio of brands. Dec 01, 2022 Estimated reading time: 25 minutes Definitions of terms used in OSHA Standards – 29 CFR 1910 Subpart D Open riser An open riser refers to the vertical space between each step not enclosed by a solid material. OSHA code for open risers is at least 6 inches in height and a maximum distance of 7.5 inches. Handrail A handrail is a single bar or pipe supported on brackets from a wall or partition, as on a stairway or ramp, to furnish persons with a handhold in case of tripping. To prevent injuries such as cuts or tears to workers and to reduce the risk of clothing getting caught or entangled, handrails and stair rail systems are designed to have a smooth surface. Floor hole The floor hole: an opening needed for materials and equipment that creates a fall hazard for workers. but not for people to fall through. It’s less than 12 inches but more than 1 inch in its least dimension. Floor opening Floor opening is considered an opening measuring 12 inches or more in its least dimension in any floor, platform, pavement, or yard through which persons may fall, such as a hatchway, stair or ladder opening, pit, or large manhole. Floor openings occupied by elevators, dumb waiters, conveyors, machinery, or containers are excluded from this subpart. Platform Platforms are ideal for both industrial and commercial applications. A platform can provide a safe and sturdy area for workers to operate machinery in an industrial setting. In a commercial environment, platforms can be used as display areas, stage areas, or spaces for guests to stand and mingle. Runway Our selection of quality runway systems are ideal for any indoor or outdoor setting and are perfect for both commercial and residential applications. Our runways are made from durable materials that can withstand heavy foot traffic and are available in a variety of sizes and styles to suit your specific needs. Whether you’re looking for a sleek and modern walkway to connect two buildings, or a sturdy and stylish solution for awkward footing situations, we’ve got you covered. Standard railing Standard railings are a necessary safety measure to prevent falls at exposed edges of floor openings, walls, ramps, platforms, and runways. They are an essential part of any safety plan and should be installed where needed to protect workers, guests, and others. In addition to their safety function, standard railings can also enhance the look of a space and add to its overall design. Whether you need them for safety or aesthetic purposes, standard railings are a smart investment for any business or home. Standard strength and construction When it comes to safety and durability, you can’t go wrong with standard strength and construction. This construction method meets the requirements of the OSHA 1910.23 safety standards, so you can rest assured that your railings, covers, or other guards are up to code. Not only that, but this construction is incredibly strong and built to last, ensuring years of safe usage. Whether you’re looking for peace of mind or a long-lasting investment, standard strength and construction are the way to go. Stair railing A stair railing is a vertical barrier erected along the exposed sides of a stairway to prevent falls. It is an important safety feature in any home or business, and our stair railings are designed to provide maximum protection against accidental falls. When OSHA inspectors come around, stair railing height is an important consideration. No handrail should ever be too tall or short; it must be just right to ensure the safety of workers and anyone else moving around the area. To comply with handrail height regulations, look no further than OSHA’s guidelines when installing a handrail for your facility – with railings installed to the required height, people can walk up and down stairs without worry. Our railings are made from high-quality materials and are available in various styles to suit your specific needs. We also offer custom-made railings to ensure a perfect fit for your staircase. Toeboard Toeboards are an essential safety measure for any business or property that has exposed edges at the floor level of a floor opening, wall opening, platform, runway or ramp. By erecting a toeboard around these edges, you can help prevent falls of materials and protect people from injury. At the same time, toeboards also provide a visual barrier that can help increase safety awareness in your workplace or home. Wall hole Wall holes provide an efficient way to ventilate a room or to allow drainage in the event of a leak. They are commonly found in homes and commercial buildings and are an essential part of any plumbing system. Wall holes come in a variety of sizes and can be customized to fit your specific needs. Wall opening When it comes to wall openings, safety is paramount. That’s why our wall openings are designed to be at least 30 inches high and 18 inches wide to help prevent accidental falls. We’ve got you covered whether you’re looking for a simple doorway or a more complex chute opening. Our team of experts can help you find the perfect solution for your needs, so you can rest assured that your space is safe and compliant with all applicable codes and regulations. Definitions of terms used in OSHA Standards – 1910.24 Subpart D Handrail A handrail is a single bar or pipe that is supported on brackets from a wall or partition and provides a continuous handhold for persons using a stair. It is an essential safety feature for any staircase, and our handrails are made from the highest quality materials to ensure durability and longevity. Nose, nosing The nose, or nosing, is the portion of a tread that projects beyond the face of the riser immediately below. This important feature helps to ensure traction and prevent slips, making it an essential part of any staircase. Platform A platform is an extended step or landing that breaks a continuous run of stairs. It can be used to provide extra stability when climbing or descending stairs. Railing When it comes to preventing falls and providing a safe environment, railings are an essential piece of equipment. Our railing is made from durable materials that can withstand high-traffic areas and provides a vertical barrier to help prevent falls. The top member of our railing also serves as a handrail, making it easy and safe to grip. Rise Rise is the vertical distance from the top of a tread to the top of the next higher tread and gives you exactly what you need in terms of functionality. Riser The riser is the upright member of a step that provides support and stability. It is usually located at the back of a lower tread and near the leading edge of the next higher tread. This product is essential for any staircase, providing both function and safety. Stairs, stairway Stairs and stairways are an essential part of many buildings and structures. They provide a means of moving between different levels or floors, and can also be used to access pits, platforms, crossovers, boiler rooms, or around machinery and equipment. A series of stairs and landings with three or more risers are considered a staircase. Tread Tread is the horizontal member of a step that makes direct contact with the foot. It is an important safety feature in any staircase, and its primary purpose is to provide a safe and stable surface for walking. Tread run The tread run is a horizontal distance from the leading edge of a tread to the leading edge of an adjacent tread. Tread width Tread width is an important measurement to take into account. This is the horizontal distance from front to back of the tread, including the nosing. Choosing a flooring option with the right tread width is important for your needs, as this can impact safety. Definitions of terms used in OSHA Standards – 1910.25 Subpart D Ladders Ladders are appliances usually consisting of two side rails joined at regular intervals by crosspieces called steps, rungs, or cleats. Ladders provide a way for people to ascend or descend in a manner that is often safer and more efficient than using their bare hands or feet. Stepladder Stepladders are self-supporting and portable, making them perfect for a variety of tasks. With flat steps and a hinged back, they are easy to use and offer a safe and sturdy platform. The non-slip steps and hinged back provide added safety and stability. Single ladder The single ladder and its non-self-supporting design and nonadjustable length make it perfect for a variety of tasks around the home or office. Plus, its compact size makes it easy to store away when not in use. Extension ladder The Extension Ladder is made from high-quality materials that ensure it can withstand even the most demanding applications. It features two or more sections that can be adjusted to the desired length, making it perfect for any job. Plus, the non-self-supporting design makes it easy to transport and set up. Sectional ladder A sectional ladder is a great choice for anyone who needs a portable ladder that can be adjusted to different lengths. This type of ladder is made up of two or more sections, which can be combined to create a single, extended ladder. Sectional ladders are perfect for both indoor and outdoor use. Trestle ladder Trestle ladders are self-supporting and non-adjustable in length, consisting of two sections hinged at the top to form equal angles with the base. The size is designated by the length of the side rails measured along the front edge. Trestle Ladders are easy to transport and perfect for a variety of applications. Extension trestle ladder The extension trestle ladder is self-supporting and can be adjusted to the desired length, making it perfect for both indoor and outdoor use. The single ladder can be easily locked into place, ensuring a sturdy and safe climbing experience. With a variety of sizes available, you’re sure to find the perfect extension trestle ladder for your needs. Special-purpose ladder Special-purpose ladder: This is a portable ladder that represents either a modification or a combination of design or construction features in one of the general-purpose types of ladders previously defined, in order to adapt the ladder to special or specific uses. Trolley ladder Our trolley ladder is made of high-quality materials and is built to last. It’s also very easy to use – simply attach it to an overhead track, and you’re good to go! Plus, its compact design means it won’t take up too much space in your home or workplace. Side-rolling ladder This side-rolling ladder is perfect for use in tight spaces. The nonadjustable length makes it easy to use, and the attachments to the guide rail keep it stable while you work. With its semifixed design, this ladder is a great choice for anyone looking for an easy-to-use option that doesn’t require any adjustment. Wood characteristics Wood is a natural material with many distinguishing features. By their extent and number, wood characteristics determine the quality of a piece of wood. Wood irregularities Wood irregularities are natural characteristics in or on wood that may lower its durability, strength or utility. While these features do not affect the structural integrity of the wood, they may cause some cosmetic issues. Cross grain Cross grain is a deviation of the fiber direction from a line parallel to the sides of the piece. This occurs when the growth of the tree is not perfectly symmetrical, leading to a slope of grain. Knot Knots are classified according to size, quality, and occurrence. The size of the knot is determined as the average diameter on the surface of the piece. Lumber-graded knotty has a higher percentage of knots than lumber graded clear. Knots are caused by imperfections in the growth of the tree and are removed during manufacturing. Pitch and bark pockets Pitch and bark pockets are openings that extend parallel to the annual growth rings in a tree. They can contain either solid or liquid pitch, or bark. Having either of these features in your tree can be helpful for identifying it and determining its age. Shake A shake is a separation of the wood fibers along the grain. It most often occurs between the growth rings of annual growth. Check This check is a lengthwise separation of the wood, most of which occurs across the rings of annual growth. It is an eco-friendly product that is made from sustainable materials. Wane Wane is bark, or the lack of wood from any cause, on the corner of a piece, which gives it a rustic and natural look. Decay Decay is a process of disintegration of wood substance due to the action of wood-destroying fungi. It is also known as dote and rot. Compression failure Compression failure is a deformation of the fibers that occurs when there is excessive compression along the grain. Compression wood Compression wood is a highly variable type of wood that can be found in softwood species. It is characterized by high density, high longitudinal shrinkage, and lower stiffness and tensile strength compared to normal wood. Low density Low density wood is a type of wood that is exceptionally light in weight and usually deficient in strength properties for the species. Definitions of terms used in OSHA Standards – 1910.26 Subpart D Ladder A ladder is an appliance that helps you reach high places. It usually consists of two side rails joined at regular intervals by cross-pieces called steps, rungs, or cleats. This allows a person to ascend or descend safely and easily. Step ladder This step ladder is a self-supporting, portable ladder that is nonadjustable in length. It has flat steps and a hinged back. The size of the step ladder is designated by the overall length of the ladder measured along the front edge of the side rails. Single ladder This step ladder is perfect for any job that requires a little extra height. With a sturdy build and flat steps, this ladder is safe and easy to use. Thanks to its hinged back, the ladder folds up easily for storage or transport. Extension ladder Our extension ladder is made of high-quality materials and is adjustable in length, so you can tailor it to your needs. It’s also equipped with guide brackets and non-slip feet for maximum safety. Platform ladder The platform ladder is perfect for a variety of applications. It can be used as an extension ladder, as a stairway ladder, or as a platform ladder. The platform provides a safe and stable work surface, making it perfect for accessing high areas. Sectional ladder This ladder is made up of multiple sections, so it can be shortened or lengthened to fit the needs of the job. It is also non-self-supporting, meaning that it does not stand on its own and must be leaned against a wall or other surface for support. Trestle ladder The Trestle Ladder is a self-supporting, portable ladder that is non-adjustable in length. It is made up of two sections that are hinged at the top to form equal angles with the base. This ladder size is designated by the length of the side rails measured along the front edge. Extension trestle ladder This extension trestle ladder is perfect for any professional who needs a reliable and adjustable ladder. The trestle base provides stability, while the single ladder can be adjusted to the desired length. The locking mechanism ensures that the ladders stay together, providing a safe and sturdy working platform. Special-purpose ladder This special-purpose ladder is perfect for any job that needs a little extra height. With its combination of design and construction features, it can be adapted to fit any need you may have. It`s also portable, so you can take it with you wherever you go. Definitions used in 1910.27 Ladder A ladder is an appliance that helps you reach high places. It usually consists of two side rails joined at regular intervals by cross-pieces called steps, rungs, or cleats. This allows a person to ascend or descend safely and easily. Fixed ladder Fixed ladders are a great solution for businesses that need a safe, reliable way to access high areas. They are permanently attached to the structure and provide a stable platform for climbing. This makes them ideal for factories, warehouses, and other industrial settings. Individual-rung ladder An individual-rung ladder is a great choice for accessing difficult or dangerous areas to reach with a traditional extension ladder. Each rung is attached to the structure independently, so the ladder can be adjusted to fit any height or angle. This also makes it easier to move and store than a traditional ladder. Rail ladder A rail ladder, also known as a fixed ladder, consists of side rails joined at regular intervals by rungs or cleats. This type of ladder is fastened in full length or in sections to a building, structure, or equipment. It provides a safe and easy way to ascend and descend from elevated surfaces. Railings Railings provide a barrier between an individual and a hazardous drop-off, preventing falls and potential injuries. Our railings are constructed in accordance with OSHA 1910.23 standards to ensure safety and compliance. We offer a variety of railing options, including standard vertical railings, horizontal railings, and custom designs to meet your specific needs. Pitch Pitch is the angle between the horizontal and the ladder, measured on the opposite side of the ladder from the climbing side. This measurement is important for ensuring safe ladder use, as it helps you determine how far away from the wall your ladder should be when set up. Fastenings Fastenings are an essential part of ladder safety. They provide a secure connection between the ladder and the structure, making it less likely that the ladder will slip or fall. Rungs Rungs are an essential safety item for ladder users. They provide a flat, stable surface on which to place your feet, making it easier and safer to climb the ladder. Rungs are available in both circular and oval cross-sections, so you can choose the shape that best suits your needs. Cleats Cleats are perfect for safely ascending or descending ladders. They have a rectangular cross-section and are placed on the edge so that you can step in them easily. Steps Steps are an essential part of any ladder and provide a stable surface on which to step when ascending or descending. Cage Cage is a guard that fastens to the side rails of the fixed ladder or to the structure to encircle the climbing space of the ladder, providing safety for the person who must climb. Well A well is a permanent enclosure that surrounds the ladder and provides the same level of protection as a cage. Ladder safety device A ladder safety device is a device that helps prevent falls while using a ladder. It may incorporate features such as life belts, friction brakes, and sliding attachments. This allows the user to feel safe and secure while reaching higher areas. Grab bars Grab bars provide a safe and sturdy handhold when accessing an area beyond the ladder. They are individual handholds, typically placed adjacent to or as an extension above ladders. This allows for safe access to areas that would otherwise be inaccessible. Through ladder A through ladder is a type of ladder that allows a person getting off the top to step through the ladder and reach the landing without having to jump. Side-step ladder The side-step ladder is a ladder that has been designed with a side-step feature, which allows the user to step sideways off the ladder in order to reach the landing Definitions of terms used in OSHA Standards – 1910.28 Subpart D Bearer Bearer is a horizontal scaffold member that provides support for the platform and may be supported by ledgers. Boatswain’s chair The boatswain’s chair, also known as a bosun’s chair, is a seat supported by slings attached to a suspended rope. It is designed to accommodate one workman in a sitting position and provides him with a safe and comfortable place to work. Brace A brace tie is the perfect solution for scaffolders who need to keep their members in a fixed position with respect to each other. Bricklayers’ square scaffold The Bricklayers’ square scaffold is perfect for light and medium duty tasks. It is a scaffold composed of framed wood squares which create a stable platform. Carpenters’ bracket scaffold This Carpenters’ bracket scaffold are made of sturdy wood or metal brackets. The platform is supported by them, making it a safe and secure option. Coupler Coupler is a device used to connect the component parts of a tubular metal scaffold. It is made from a sturdy material, such as drop-forged steel, malleable iron, or structural grade aluminum, to ensure a safe and secure connection. The use of gray cast iron is prohibited. Crawling board or chicken ladder The crawling board or chicken ladder is a plank with cleats spaced and secured at equal intervals, designed to provide a safe surface for workers on roofs. It is not designed to carry any material. Double pole or independent pole scaffold A double pole scaffold is a type of scaffold supported from the base by a double row of uprights, independent of support from the walls. This scaffold is constructed of uprights, ledgers, horizontal platform bearers, and diagonal bracing. Float or ship scaffold The float or ship scaffold is a type of scaffold that is hung from overhead supports by means of ropes. This scaffold consists of a substantial platform that has diagonal bracing underneath, resting upon and securely fastened to two parallel plank bearers at right angles to the span. Guardrail Guardrail is a rail system that is secured to uprights and erected along the exposed sides and ends of platforms. This product helps protect employees and customers from potential accidents or injuries. Heavy duty scaffold This heavy duty scaffold is designed and constructed to carry a working load not to exceed 75 pounds per square foot. It is perfect for use in a variety of constructions. Horse scaffold The horse scaffold is a scaffold designed for light or medium duty. It is composed of horses that support a work platform. Interior hung scaffold The interior hung scaffold is a suspension scaffold that hangs from the ceiling or roof structure. Ladder jack scaffold The ladder jack scaffold is a light duty scaffold that is supported by brackets attached to ladders. Light duty scaffold A light duty scaffold is a scaffold that is designed to carry a working load of no more than 25 pounds per square foot. Manually propelled mobile scaffold The scaffold is made of durable steel and supported by four casters, making it easy to move around. It’s perfect for reaching high places. Masons’ adjustable multiple-point suspension scaffold The Mason’s adjustable multiple-point suspension scaffold is a type of scaffold that has a platform supported by bearers. These bearers are suspended by wire rope from overhead supports, allowing the platform to be raised or lowered as needed. Maximum intended load The maximum intended load is the total of all loads, including the working load and the weight of the scaffold. Other loads may be anticipated, but should not exceed the maximum intended load. Medium duty scaffold A medium duty scaffold is a scaffold designed to carry a working load of up to 50 pounds per square foot. Mid-rail Mid-rail is a rail that is placed approximately midway between the guardrail and platform. It is used when required and secured to uprights that are erected along the exposed sides and ends of platforms. Needle beam scaffold A needle beam scaffold is a light duty scaffold that consists needle beams supporting a platform. Outrigger scaffolds Outrigger scaffolds are supported by outriggers or thrust-outs projecting beyond the wall or face of the building or structure. The inboard ends of outrigger scaffolds are secured inside of such a building or structure. Putlog Putlogs are scaffold members that the platform rests upon. Roofing bracket A roofing bracket is a bracket used in sloped roof construction, which has provisions for being fastened to the roof. It can also be supported by ropes that are fastened over the ridge and secured to some suitable object. Runner Runner is a lengthwise horizontal bracing or bearing members or both that helps to stabilize the structure. Scaffold Scaffolds are temporary elevated platforms used to support workmen or materials. Single-point adjustable suspension scaffold This single-point adjustable suspension scaffold is perfect for light-duty use. It’s manually or power-operated, and supported by a single wire rope from an overhead support. This allows you to raise or lower the platform to your desired working position quickly and easily. Single pole scaffold A single pole scaffold is a platform that rests on putlogs or crossbeams. The outside ends of the platform are supported by ledgers, and the inner ends are supported by a wall. Stone setters’ adjustable multiple-point suspension scaffold The stone setters’ adjustable multiple-point suspension scaffold is a swinging-type scaffold with a platform supported by hangers suspended at four points. The platform can be raised or lowered to the desired working position by using hoisting machines. Toeboard Toeboards are barriers secured along a platform’s sides and ends. They help to prevent materials from falling off of the platform. Tube and coupler scaffold Tube and coupler scaffold is an assembly consisting of tubing which serves as posts, bearers, braces, ties, and runners. The base supports the posts while special couplers serve to connect the uprights and join various members. Tubular welded frame scaffold Tubular welded frame scaffold is a sectional, panel, or frame metal scaffold that is substantially built up of prefabricated welded sections. These sections consist posts and horizontal bearers with intermediate members. Panels or frames are braced with diagonal or cross braces. Two-point suspension scaffold (swinging scaffold) A two-point suspension scaffold is a type of scaffolding that has a platform supported by hangers at two points. The platform can be raised or lowered to the desired working position by using a tackle or hoisting machine. Window jack scaffold A window jack scaffold is a scaffold with a platform that’s supported by a bracket or jack. The bracket or jack projects through a window opening. Working load The working load is the load imposed by men, materials, and equipment. Definitions of terms used in OSHA Standards – 1910.29 Subpart D Bearer Bearers are horizontal members of a scaffold that the platform rests on. They can be supported by ledgers. Brace The brace is a tie that is used to hold one scaffold member in a fixed position with respect to another member. Climbing ladder A climbing ladder is a separate ladder with equally spaced rungs attached to the scaffold structure, used for climbing and descending. Coupler A coupler is a device used to lock together the components of a tubular metal scaffold. The coupler must be designed and used to safely support the maximum intended loads. Design working load The design working load is the maximum intended load, which includes the weight of men, materials, equipment, and platform. Equivalent Equivalent is the alternative design or features that can provide equivalent levels of safety, giving users the same assurance and confidence in their experience. Guardrail Guardrail is a barrier designed to prevent falls from platforms. Guardrail is secured to uprights and erected along the exposed sides and ends of platforms. Handrail Handrails provide an important safety measure for ladder stands, allowing users to ascend and descend with added security. These sturdy fixtures parallel the slope or top step of a ladder structure, giving extra stability as you climb up towards your destination. Ladder stand A ladder stand is a mobile, self-supporting ladder that is fixed in size. It consists of a wide flat tread ladder in the form of stairs, and may include handrails. Ledger (stringer) The ledger is a horizontal scaffold member that extends from post to post and supports the bearer. It forms a tie between the posts. Mobile scaffold (tower) Mobile scaffolds (tower) are scaffolds that are mounted on casters or wheels. They can be light, medium, or heavy duty. Mobile “Manually propelled.” Mobile work platform A mobile work platform is a frame on wheels or casters, usually one level high, with diagonal bracing from the platform to the vertical frame. Runner A runner is a horizontal bracing or bearing member. Scaffold Scaffolds are temporary elevated platforms used to support workmen and materials. Scaffolds must have vertical, diagonal, and horizontal members to be stable. Toeboard Toeboard is a barrier erected along the exposed sides and ends of a scaffold platform to prevent falls of materials. Tube and coupler scaffold Tube and coupler scaffold is an assembly consisting of tubing which serves as posts, bearers, braces, ties, and runners. It has a base supporting the posts and uprights. The assembly is used in fixed locations. Tubular welded frame scaffold: Tubular welded frame scaffold is a sectional, panel, or frame metal scaffold that is substantially built up of prefabricated welded sections. These sections consist of posts and bearers with intermediate connecting members. The scaffold is braced with diagonal or cross braces. Tubular welded sectional folding scaffold Tubular welded sectional folding scaffold is a sectional, folding metal scaffold either of ladder frame or inside stairway design. It is substantially built of prefabricated welded sections, which consist of end frames, platform frames, inside inclined stairway frames, and braces. The scaffold can be folded into a flat package when the scaffold is not in use. Work level The work level is an elevated platform that provides a safe and stable surface for workers and their materials. The platform is made up of vertical, horizontal, and diagonal braces to provide maximum support, as well as guardrails and a ladder for easy access. With a work level, workers can complete tasks with ease and safety. Stairs 5 Styles of Industrial Work Platforms Read More » February 27, 2018 Tools & Resources Reusable Aluminum Steps Read More » August 9, 2017
Safety with Every Step: Stair Tread Depth vs. Stair Riser Height Call (513) 889-2492 ORDER NOW Tracy Mikulec Tracy Mikulec, a seasoned leader in the digital marketing realm, currently serves as the Director of Digital at SixAxis, a pioneering manufacturer of industrial and commercial safety products from renowned brands like SafeRack, ErectaStep, and Upside. With a career spanning over three decades, Tracy has been at the forefront of digital innovation, ecommerce, and technology strategy. Since January 2015, Tracy has been instrumental in shaping the digital landscape at SixAxis, LLC, based in Andrews, South Carolina. His role involves leading digital strategies and overseeing technological advancements for SixAxis and its diverse portfolio of brands. Oct 10, 2022 Estimated reading time: 4 minutes Stair Riser and Stair Depth Building Codes Following building codes specific to stairs is essential in any new construction or remodeling project to ensure safety for everyone. This article outlines staircode requirements to make it easy for builders to meet relevant regulations and safety standards. Stair Tread Depth The depth of a stair tread is the horizontal distance from the vertical planes of the foremost projection to adjacent stair treads, as seen from a 90-degree angle to the leading edge of a tread. It measures the available surface area for a person’s foot to rest when ascending or descending the stairway. Stair DepthRiser HeightOSHA9.5″ (240 mm) Minimum9.5″ (240 mm) MaximumIBC11″ (279 mm) Minimum4″ (102 mm) – 7″ (178 mm)Minimum – MaximumIBC Occupancy ExceptionsGroup R-2, R-3, and U (see chart below)10″ (254 mm) Minimum7-3/4″ (197 mm) Maximum Occupancy ClassificationGroupResidential transient – occupancies containing sleeping units where the occupants are primarily transient. Structures like hotels, motels, and boarding housesR-1Residential permanent – occupancies containing sleeping units or more than two dwelling units where the occupants are primarily permanentR-2Residential group – occupancies where the occupants are primarily permanent and not classified as Group R-1, R-2R-3Utility and Miscellaneous – General Buildings and structures of an accessory character and miscellaneous structures not classified in any specific occupancy shall be constructed, equipped, and maintained to conform to the requirements of this code commensurate with the fire and life hazard incidental to their occupancy.U Standard Stair Tread Depth The Industrial Building Code (IBC) and the Occupational Safety and Health Administration (OSHA) have varying tread depth specifications for various stair types. In its 2017 revision to the required walking-working surfaces, OSHA added minimum tread depths. On the other hand, IBC has long mandated a minimum tread depth. OSHA and IBC use research on stairways with varying tread and riser dimensions to determine the minimum tread depths and maximum riser heights. According to OSHA, a standard stair refers to any fixed or permanent stairway aside from alternating tread stairs, ship stairs, or spiral stairs. Standard stairs must, at minimum, maintain a tread depth of 9.5 inches, or 24 cm, under OSHA 1910.25(c)(3). IBC 1011.5.2, on the other hand, stipulates that stair treads must be at least 11 inches (27.94 cm) deep, measured horizontally between the vertical planes of the foremost projection of consecutive treads and perpendicular to the leading edge of the treads. The minimum tread depth must be 10 inches in all group R-3 occupancies, all dwelling units in R-2 occupancies, and all group U occupancies supplementary to either group R-3 occupancies or individual dwelling units in R-2 occupancies. Most multi-family dwellings intended to get occupied permanently must adhere to the standard of a minimum tread depth of 10 inches (25.4 cm). Stair Riser Height The riser height is the height from the step surface to the step surface. Standard Stair Riser Height Depending on the type of stairway, OSHA and IBC also have varying maximum stair riser height regulations. Call (513) 889-2492 ORDER NOW Standard stairs must have a maximum riser height of 9.5 inches (24 cm) following OSHA 1910.25(c)(2). IBC 1011.5.2 stipulates that the minimum and maximum stair riser heights must be 4 inches (10.16 cm) and 7 inches (17.78 cm), respectively. In groups R-3, R-2, and U auxiliary occupancies, the maximum riser height is 7-3/4 inches. Conclusion The purpose of building codes for metal stairs is to ensure the safety of everyone who uses them. Any safety risk will significantly decrease if all steps and stairs have the same tread depth and riser height parameters. For more than 13 years, Upside Innovations has been creating modular metal stairs and platforms. When it comes to design and innovation for a variety of prefabricated metal stair kits as well as custom solutions, Upside Innovations is unmatched in the industry. StairsTools & Resources Types of Stairs for Commercial and Industrial Use Read More » June 7, 2022 News Navigating the Complexities of Code Compliance for Multi-Use Facilities Read More » February 27, 2024
Continuing Education – Efficiencies with Prefabricated Stairs, Access Platforms & Ramps Call (513) 889-2492 ORDER NOW Tracy Mikulec Tracy Mikulec, a seasoned leader in the digital marketing realm, currently serves as the Director of Digital at SixAxis, a pioneering manufacturer of industrial and commercial safety products from renowned brands like SafeRack, ErectaStep, and Upside. With a career spanning over three decades, Tracy has been at the forefront of digital innovation, ecommerce, and technology strategy. Since January 2015, Tracy has been instrumental in shaping the digital landscape at SixAxis, LLC, based in Andrews, South Carolina. His role involves leading digital strategies and overseeing technological advancements for SixAxis and its diverse portfolio of brands. Oct 05, 2022 Estimated reading time: 1 minute UPSIDE’S Continuing Education Step It Up: Increased Efficiency with Prefabricated Modular Stairs, Access Systems, & Ramps Does your project need to step it up when it comes to stairs and safety? Our CE course discusses prefabricated modular metal stairs, access platforms, and ramps that are as easy to reconfigure as they are to assemble. Participants will not only learn about relevant codes from OSHA, IBC, and ADA regarding stairs, ladders, and handrails, but they will also learn how to specify modular stair components and configurations to best facilitate code compliance and increase site productivity. Take Online Course for CE Credits Learning Objectives: Compare and contrast conventional stairs versus modular stairs and access systems as they relate to efficiency, sustainability, and productivity.Determine which modular stair components and configurations will best suit your application for improved flexibility now and in the future.Identify relevant and updated codes from OSHA, IBC, and ADA regarding stairs, ladders, handrails, and ramps and discuss how modular stair and access systems can help facilitate code compliance.Illustrate the cost- and time-efficiency possible through the utilization of modular stairs and access systems by analyzing case studies. Design Category (CSI Division): (05) Metals StairsTools & Resources Types of Stairs for Commercial and Industrial Use Read More » June 7, 2022 Stairs Maximizing Space with Innovative Mezzanine Floors Read More » November 26, 2023
How to Clean Aluminum Stairs Call (513) 889-2492 ORDER NOW Tracy Mikulec Tracy Mikulec, a seasoned leader in the digital marketing realm, currently serves as the Director of Digital at SixAxis, a pioneering manufacturer of industrial and commercial safety products from renowned brands like SafeRack, ErectaStep, and Upside. With a career spanning over three decades, Tracy has been at the forefront of digital innovation, ecommerce, and technology strategy. Since January 2015, Tracy has been instrumental in shaping the digital landscape at SixAxis, LLC, based in Andrews, South Carolina. His role involves leading digital strategies and overseeing technological advancements for SixAxis and its diverse portfolio of brands. Jul 31, 2022 Estimated reading time: 4 minutes Cleaning Untreated Aluminum Steps Aluminum is a light but strong material common for outdoor stair applications because it is weather-resistant. It is weather-resistant in that it doesn’t rust, but it forms a natural layer of oxide through the process called “oxidation.” Oxidation can be a baffling occurrence because it is a natural chemical reaction. Unlike corrosion on other metals, it does not weaken the aluminum but strengthens the material. This makes aluminum superior to other metals because of its inherent quality. The galvanizing process protects other metals, wherein a zinc coating envelops the base metal like iron or steel to slow down oxidation. IMPORTANT – Do not use abrasive cleaning pads on aluminum stairs or ramps Oxidation creates a protective barrier against water and rust, but it can make the aluminum less attractive over time. If you know how to clean aluminum stairs properly, it will decrease the chances of severe oxidation. Step 1: The first step is to ensure that all debris, including mud, dust, and leaves, is cleared off the steps. To do this, you must start at the top landing of the steps with a stiff-bristled broom and sweep all the debris over the side of the platform or down the steps one by one; the stringers that run along both edges of the steps may make it difficult to push the debris over the sides. The stiff-bristled broom is recommended to clean out the grooves of the step treads, but don’t try to scrub them with the broom as it might scratch the aluminum. Step 2: After sweeping the debris off the aluminum stairs, rinse it with water and a mild detergent such as dish soap. Use a generous amount of dish soap over the length of the staircase, and put a concentrated amount on tough spots. Let it sit for a couple of minutes. Next, hose off or lightly pressure wash the steps to remove the soap and dirt. If possible, it is suggested to use filtered water because unfiltered water may contain sulfur, chlorine, fluoride, and other minerals that could damage the aluminum over time. Ensure all dish soap is washed off before the steps are used because the soap and water make the aluminum slippery. Step 3: If dirt is still on the stairs, scrub the area with a towel and dish soap. Do not use steel wool or scouring pads because these materials can scratch the aluminum and give it a dull appearance. Do not use harsh cleaners like baking soda or alkali-based cleaners, as these can cause discoloration. If you want to try a new type of cleaner, test an area on the underside of the staircase to see if it discolors the aluminum. Step 4: If the aluminum has already oxidized, try spot-treating the oxidized areas with an aluminum cleaner like Aluma Kleen or Aluma Bright. Cleaning Powder-Coated Aluminum Steps Cleaning aluminum metal stairs that are powder-coated is similar, but the powder-coating is a little more delicate than the aluminum. If the aluminum steps are powder-coated, there is less chance of oxidation because the powder-coating provides an extra layer of defense. However, if the coating is scratched, oxidation spots can still form. Step 1: Brush off the steps, moving from top to bottom, with a stiff-bristled broom. Do not try to scrub the steps with the broom, as it might scratch the aluminum. Step 2: The most efficient way to clean outdoor aluminum steps with a powder-coated finish is by using filtered water at low pressure with a pressure washer. Use a mild detergent such as dish soap, and DO NOT use chlorine or harsh cleaning solutions. High water pressure and aggressive cleaning products can damage the powder-coated finish. The commercial cleaning solutions will clean the surface, but they also remove micro-layers of finish. The layer might later become hard and crack while losing its protective barrier. Step 3: As stated above, use a soft brush or cloth to clean the surface; do not use anything with stiff bristles or a scratchy pad. Step 4: To keep powder-coated steps looking nice, try a high-grade, non-abrasive car wax that contains a U.V. blocker and/or U.V. inhibitors. Be sure to wipe off residual wax because it could bake in the heat and cause permanent staining. As with any other product applied to the staircase, making a test area on the underside of the steps is recommended. How to Clean Aluminum Ramps Related Articles: Best ADA Ramp Material Know the Difference: Hot Dip Galvanizing vs. Powder Coating Cleaning Aluminum Ramps ADARamps How to Clean Aluminum Ramps Read More » December 19, 2022 StairsTools & Resources Types of Stairs for Commercial and Industrial Use Read More » June 7, 2022
Types of Stairs for Commercial and Industrial Use Call (513) 889-2492 ORDER NOW Tracy Mikulec Tracy Mikulec, a seasoned leader in the digital marketing realm, currently serves as the Director of Digital at SixAxis, a pioneering manufacturer of industrial and commercial safety products from renowned brands like SafeRack, ErectaStep, and Upside. With a career spanning over three decades, Tracy has been at the forefront of digital innovation, ecommerce, and technology strategy. Since January 2015, Tracy has been instrumental in shaping the digital landscape at SixAxis, LLC, based in Andrews, South Carolina. His role involves leading digital strategies and overseeing technological advancements for SixAxis and its diverse portfolio of brands. Jun 07, 2022 Estimated reading time: 9 minutes Many companies require access to elevated areas at some point. For instance, potential hazards include servicing HVAC equipment, accessing a loading dock, or even a crossover. Many workplaces utilize scaffolding or ladders for these purposes. Yet these options are less efficient and can contribute to serious workplace accidents. Commercial and industrial metal stairs have become the go-to for replacing ladders and scaffolding. Metal stairs are safer, more durable, increase worker productivity, and are easier to install. Upside Innovations is a leading manufacturer of OHSA, ADA, and IBC-compliant commercial and industrial metal stairs. We offer many configurations to meet the needs of any application. Below is an overview of common stair types, orientations, and installations. Stair Orientation Straight Run The Straight Run is the simplest and most straightforward of all our stair assemblies. It requires just two anchor points – one at the top and one at the bottom – and can be placed anywhere in your home or office. Two Straight Run The Two Straight Run stair configuration mimics assembly of two straight run stairs connected with an intermediate landing. The second point, the landing point, determines the position of the landing, ensuring that your stairs are always in the same place. Quarter Turn The Quarter Turn accepts the landing point and distributes the treads in segments, making it easy to land and evenly distribute risers. You can orient the segment in 180 degrees in the X–Y plane, making it easy to find the perfect angle for your needs. Half Turn The Half Turn stair configuration is a space-saving alternative to the Quarter Turn stairs. It can be used in both residential and commercial applications. The direction point on the landing controls the width of the landing, keeping the segment orientation unchanged. Two Quarter Turn The two quarter turn stair assembly is more flexible to place. The two quarter turn stair is constructed with two sets of landing and direction points. With this increased flexibility, you can place your stairs exactly where you need them in your home or office! Three Quarter Turn The three quarter turn stair configurations, similarly to the two quarter turn stair, is more flexible to place. The three quarter turn has three sets of landing and direction points. With this level of flexibility, you can place your stairs exactly where you need them in your home or office! Stair Types Stair Towers Upside Innovations offers fully customized stair towers to meet the needs of any application. Since no two applications are the same, our internal team of engineers will design a custom layout for your stair tower. Our team uses state-of-the-art tools to provide you with detailed drawings and a quote in a matter of minutes. We design and build stair towers for any height and complexity. Our stair towers feature slip-resistant decking and are 100% aluminum, so they will not rust, warp, or rot. We ensure that all stair towers comply with ADA, IBC, OHSA, and local building codes. Our professional installation crew will ensure seamless delivery and installation. Call (513) 889-2492 ORDER NOW Commercial Stairs Upside Innovations manufactures and installs prefabricated commercial stairs that are always ADA or IBC-compliant. The aluminum stairs are solid and easy to maintain, and they offer slip-resistant decking, which can be designed to reach any height. Our engineering team develops a layout just for your project. Then, our professional installation team will install your commercial stairs in less than an hour. Non penetrating rooftop stair installation at a commercial office facility. In plant Office/Mezzanine Stairs Also known as “mezzanine stairs”, Upside Innovations offers two styles of OHSA-compliant multi-story in plant office stairs. The Adjustable OSHA Stairway is a flex-style industrial stair with two-line rails. The stairs are adjustable between 8.5’ and 10.5’. The adjustable stairs are a great choice if you are unsure of the exact height you need or want something that can be moved if your warehouse expands. The Fixed Industrial Stairway is a custom solution designed to meet the height needed to reach the multi-story plant office. This configuration also offers many decking options – knurled, extruded decking material, or aggressive-tread grip strut decking. Inplant Office/Mezzanine Stairs FAQ 1. WHAT ARE MEZZANINE STAIRS? Mezzanine stairs provide access to an intermediate floor between levels of a warehouse or building. 2. HOW LONG WILL THE MEZZANINE STAIRS LAST? It depends on whether the stairs are permanent, natural elements such as salt water, how many people use them, etc. View our aluminum stair maintenance tips to maximize the lifespan of your mezzanine stairs. 3. CAN I LEASE THE MEZZANINE STAIRS? We typically lease stairs for a minimum of 3 months. However, if we have the product in stock and can work within your timeline, we can most likely set up lease terms. Generator Stairs Upside Innovations manufactures OHSA-compliant aluminum generator access platform systems with stairs and railings. The stairs and platform feature a non-slip tread. We typically use a grip strut material that offers superior slip resistance in all travel directions. The aluminum construction offers superior strength, is low maintenance, and ensures a long product lifecycle. Upside’s generator stairs give employees safe and efficient access to generators to perform maintenance tasks. Our engineering team can create custom layouts for any application—for instance, a platform for a single generator or a field of generators. We also provide optional installation for generator stairs to ensure that installation is done correctly the first time. Loading Dock Stairs Loading docks are one of industrial workplaces’ busiest and most hazardous locations. Most loading docks lack adequate safety warnings and measures to prevent workers from falling. Many utilize a fixed ladder at one end of the pier. Truck drivers and workers will often skip the ladder and jump onto the pavement when they are in a hurry. Upside Innovations offers safe and efficient loading dock stairs. All our loading dock stairs are 100% OHSA compliant, helping drivers and workers to enter and exit the loading dock area safely. Our loading dock stairs are made of thick, structural aluminum channels for the step stringers and platform edges, offering unmatched strength and durability. The stairs and platform offer a slip-resistant tread and can typically be installed in less than an hour with no on-site welding and minimal bolts. Hillside Steps Hillsides present challenging, inefficient, and dangerous terrains. Upside Innovations designs, manufacture, and installs aluminum hillside steps for any application. Since every hillside is different, our internal team of engineers will work to design the perfect layout for your project. Since aluminum is lighter than any other material, it is ideally suited for the challenges of hillside installation. Moreover, they will not rust, warp, or rot. Portable Stairs Upside Innovations manufactures two types of OHSA-compliant portable stairs for mobile offices and construction trailers. Omni Steps offer robust aluminum construction with slip-resistant decking. In addition, the stairs are adjustable work platforms that are fully adjustable between the specified heights. For instance, the 21” – 26” portable stairs can be set to heights within that range. Our Dual-Height Steps are partially adjustable. For instance, 28” – 35” portable stairs can be set to either 28” or 35” to meet the mobile office door threshold. You can also choose between knurled, extruded decking material or aggressive-tread grip strut decking for your deck. Both the Omni and Dual-Height portable stairs offer easy and quick assembly. Semi-Trailer Steps Most site trailers require portable semi-steps. Upside Innovations manufactures three different styles of semi-trailer steps for 48” tall trucks. These include standard trailer steps, trailer steps with a double top step, and a trailer step with a platform. All of our trailer steps feature extra-wide 4” steps, which enable two-way foot traffic. Lightweight aluminum construction allows stairs to move or lift into the trailer easily. In addition, our steps are OHSA compliant, offering handrails on both sides and a 3” grip strut channel for maximum stability. Crossover Stairs and Platforms Upside Innovations offers incredibly versatile crossover stairs that can be used for a potentially unlimited number of applications. Crossover stairs make it easy and safe for workers to get over horizontal pipes, production lines, and other floor-level obstacles. Unfortunately, workers attempting to avoid these obstacles is a common cause of potentially serious injuries. Our OHSA-compliant crossover stairs come in many different configuration options with single steps, single platforms, or a complete step and platform solution. The stairs are made of durable and low-maintenance aluminum and offer several different decking options, including extruded, grip strut, fiber grate, or bar grate decking. In addition, we provide professional installation to ensure that your crossover stairs are installed correctly. Roof Access Stairs Roof access for industrial buildings and warehouses has become increasingly important in recent years. Workers need access to HVAC systems, solar panels, elevators, and communication towers. Ladders and cages are hazardous and can contribute to serious or even fatal injuries. Roof access stairs are a far more efficient and safer method for workers. Upside Innovations manufactures and installs OHSA or ADA-compliant custom exterior roof access stairs. Our stairs feature slip-resistant decking, including extruded, grip strut, or bar grating to accommodate different needs and environments. Since no two applications are the same, our internal engineering team will design the perfect layout for your roof access stairs, and our professional installation crew will ensure that they are correctly installed. Upside Innovations has the perfect industrial and commercial metal stairs solution for any company. All of our stairs are manufactured in the U.S. using the highest quality components and involve a superior engineering process. Call us, and we’ll be happy to help you design the perfect set of stairs for your application. Rooftop Stairs Roof-top equipment requires ongoing maintenance to keep work environments totally safe. Workers accessing roof-tops to maintain equipment frequently meet accessibility challenges and obstacles such as pipes, skylights, ducts, and parapets, not to mention abundant trip and fall hazards. For roof-top accessibility and the ability to safely crossover over obstacles over 12″ height, an OSHA-compliant fixed roof-top stair or work platform is required. Most commercial roofs are Built-Up Roof Membrane (BUR) made of rubber and/or tar. All roof-top stair installations should use non-penetrating mounting solutions to be effective. Roof curbs and equipment rails (see below for more info) are installed when the roof is created or redone. Both are raised structural elements located under the roof membrane. If your roof-top project requires these solutions, it can be costly and time-consuming to add them. For lighter equipment, such as stairs, a less expensive base plate is all that is needed to be safe and effective. Stairs Maximizing Space with Innovative Mezzanine Floors Read More » November 26, 2023 StairsTools & Resources Exterior Stairs – 5 Reasons Property Owners Prefer Aluminum Read More » February 21, 2018
How to Measure Wheelchair Ramp Ground Slope Call (513) 889-2492 ORDER NOW Tracy Mikulec Tracy Mikulec, a seasoned leader in the digital marketing realm, currently serves as the Director of Digital at SixAxis, a pioneering manufacturer of industrial and commercial safety products from renowned brands like SafeRack, ErectaStep, and Upside. With a career spanning over three decades, Tracy has been at the forefront of digital innovation, ecommerce, and technology strategy. Since January 2015, Tracy has been instrumental in shaping the digital landscape at SixAxis, LLC, based in Andrews, South Carolina. His role involves leading digital strategies and overseeing technological advancements for SixAxis and its diverse portfolio of brands. Dec 19, 2019 Estimated reading time: 5 minutes ADA Requirements The Americans with Disabilities Act (ADA) requires wheelchair ramps to have a slope no steeper than 1:12 so that people in wheelchairs can go up and down without assistance. This means that for every inch of rise in the threshold, the wheelchair ramp must be 12 inches (one foot) long. For example, a door threshold height of 25″ requires a 25′ ramp along with a 5’ x 5’ threshold platform. Any threshold that is more than 30″ off the ground requires at least one resting platform in the middle of the ramp to break it up. Why? Because the ADA requires a resting platform for every additional 30′ of the ramp run. Therefore, if the threshold is 32″ high, one resting platform is required; if the threshold is 62″ high, two resting platforms are required. What you will need Stakes String or twine Hammer Line level Tape measure Handicap Ramp Slope & Length Calculator Why is it Important To Measure? In a perfect world, every construction site would be completely flat, but all site workers know that is not the case. Therefore, ground slope measurements are required to make sure that the slope of the handicap ramp is accurate. If the ground is sloping upwards from the door threshold, the ramp will likely require less ramp material than if the ground is flat or sloping downwards. This typically means that the ramp will be less expensive if the ground is sloping upwards and more expensive if it is sloping downwards. Diagram 1 The 30″ threshold height correlates to a 30′ ramp because the ground is neither sloping upwards or downwards; it is completely flat. Diagram 2 On the left side of the building, the ground is sloping upwards, which means that the 30″ threshold will require a ramp that is less than 30′. On the right side of the building, the ground is sloping downwards, which means that the ramp will have to be longer than 30′. It will also require a resting platform in the middle of the ramp that will add an additional cost. A resting platform is required for every additional 30′ of ramp run. Where to Measure Slope measurements need to be taken where the wheelchair ramp will sit, so you will first need to figure out the best layout. To determine the best layout: Measure the height of the door threshold Determine the required ramp length For every inch of rise, a foot of ramp run is needed (i.e. door threshold height = 20”, so ramp run = 20’) Make sure to account for the required 5’ x 5’ platform at the door threshold Remember, for every additional 30′ of ramp run, an additional 5’ x 5’ resting platform is required Note any obstacles or space limitations If there are no obstacles or space limitations, the ramp layout does not matter; choose the preferred layout If there are obstacles or space limitations, a switchback ramp or L-ramp would be best If there are two buildings side-by-side, a common platform ramp could be used to maximize space utilization Once the layout is determined, measure the ground slope every 10′ in the direction(s) that the ramp will travel. To measure an L-ramp, measure from where the threshold platform would sit to where the first platform would sit in increments of 10′. Then measure from the platform down to where the ramp would end. For modular buildings, here is a ramp configuration plan. How to Measure Take a measurement from grade to the finished floor at the entrance (FFE (finished floor elevation) = _____ inches) Hammer a stake in the ground at the entrance door and tie a string to it. Hammer a second stake in the ground straight out from the building at approximately the location where the threshold platform will end (typically 5’4” away from the building), and tie the string to it from the first stake making sure it is taut. Place a line level in the center of the string and move the string up or down until the line is level. Measure the distance from the ground to the string at the first stake (S1 = ______ inches) and measure the distance from the ground to the string on the second stake (S2 = ______ inches) Calculate the ground level relative to the finished floor elevation (FFE) by using the following formula: FFE_2 = FFE + (S2 – S1) Hammer a third stake in the ground approximately 10’ from stake 2 in the direction of the ramp travel. Tie a string from stake 2 to stake 3 and make sure that the string is taut. Place a line level in the center of the string and move the string up or down until the line is level. Measure the distance from the ground to the string at stake 2 (S2 = ______ inches) and measure the distance from the ground to the string at the third stake (S3 = _____ inches) Calculate the ground level relative to the FFE @ stake 2 by using the following formula: FFE_3 = FFE_2 + (S3 – S2) Repeat this process every 10’ to the approximate location of where the ramp will end Where to Place Stakes Ramp Slope RELATED ARTICLES: Pros & Cons of the 5 Most Common Ramp Materials [Infographic] How to Measure for a Wheelchair Ramp Must-Know ADA & IBC Guidelines Test Your Knowledge of Wheelchair Ramps Complete 2010 ADA Guide Get a Quote for an Aluminum Wheelchair Ramp Ramps ADA Ramp Slope Requirements Read More » March 13, 2018 ADARamps Ramps for Modular Buildings – Planning Your Ramp Configuration Read More » December 19, 2019
Difference Between ADA and OSHA Nick Bishop My name is Nick Bishop - your aluminum Access Solutions Advisor on the Commercial team. I have 9 years of experience at Upside Innovations. I specialize in access to warehouses, distribution centers and commercial buildings. With my expertise—where aluminum meets access, brilliance follows. Dec 16, 2019 Estimated reading time: 2 minutes We use the terms “ADA” and “OSHA” so often when referring to our access products, and sometimes we forget that people might not know the difference. The Americans with Disabilities Act (ADA) prohibits discrimination against individuals with disabilities in all areas of public life, including jobs, schools, and retail locations. There is a set of regulations that public buildings must follow. Below are the key ADA-compliant regulations for steps: All steps should have uniform riser heights and tread widths Stair treads should be no less than 11″ wide (measured from riser to riser) Open risers are not permitted Handrail gripping surface shall be mounted between 34” and 38” with railing height above stair nosings The ends of the handrails should be rounded or returned smoothly to the floor The Occupational Safety and Health Administration (OSHA) was created to assure safe and healthful working conditions for employees. These regulations apply to steps that are used by employees only, not steps that are open to the public. The minimum dimension for landings is 22” wide x 30” deep All stairs with four or more risers are required to have handrails and guardrails Variations in riser height or stair tread depth must not exceed .25″ in any stairway Stairways must be installed between 30 and 50 degrees from the horizontal Whether you need ADA steps for public access or OSHA steps for workplace safety, Upside has the solution. Tools & Resources Stair and Walk Surface Glossary of Terms Read More » December 1, 2022 StairsTools & Resources Types of Stairs for Commercial and Industrial Use Read More » June 7, 2022
IBC Stair Width Calculation Call (513) 889-2492 ORDER NOW Liam Hindley May 06, 2019 Estimated reading time: 7 minutes ARE YOU MEASURING STAIR EGRESS WIDTHS CORRECTLY? Stair egress measurements are commonly misunderstood and can be complicated because it is determined by the building’s occupant load. Should stairs be measured between handrails since this is where occupants can walk, or is it the entire width of the treads? This article is a simplified version of the IBC codes and addresses common questions associated with stair egress width. Egress Width Factors How do I determine my “calculated stair egress width”? IBC Section 1005.3.1 requires that “the capacity, in inches, of means of egress stairways shall be calculated by multiplying the occupant load served by such stairway by a means of egress capacity factor of 0.3 inch per occupant”. Exceptions are if there is a compliant sprinkler system installed and equipped with an emergency voice/alarm system for all occupancies other than Group H (High Hazard) and I-2 (Health Care), multiply the occupant loads by 0.2 and 0.15 inch per occupant, respectively, not 0.3. For stairs serving one floor, multiply the floor’s occupant load by 0.3. For stairs serving multiple floors, multiply the occupant load of the floor that serves the most people by 0.3. These calculations give you the required COMBINED width of all exit stairs serving that floor. However, the minimum clear width between handrails is 44″. If the stairway serves a floor with an occupant load of less than 50, the minimum clear width is reduced to 36″. Multi-story stairs Single-story stairs Here’s where it gets tricky. There is a minimum number of exits that is based on the occupant load per story: Occupant Load Per StoryMinimum Number of Exits or Access to Exits from Story1-5002501-1,0003More than 1,0004 The combined width calculation performed above must be distributed between the minimum number of required exits while still meeting the minimum width requirement. AND if one exit stairway is “lost” (i.e. occupants cannot access it due to a fire) the remaining stairway width(s) cannot be reduced to less than half the required combined width. This applies typically when there are only two stairways because if you lose one, there is only one stairway left. If you originally have three stairways and lose one, you still have two stairways left. Summary: calculate the total width per floor you need by multiplying the occupant load by 0.3″ and in some cases 0.2″. Take the largest width that you calculate, and use it for the entire stairway system. Keep in mind, the minimum clear width is typically 44″, but it is sometimes reduced to 36″ for low-capacity floors. Then, figure out how many exits are required by referencing the chart above, and divide the required width between the required number of stairways. That’s it! Reference the IBC codes below to check your work. Calculating Single-Story IBC Stairway Width Scenario: We need exit stairs from the second story of a building. There is a sprinkler system, but the system was not installed per code requirements. The occupant loads are as follows: Floor 1: 175 occupantsFloor 2: 300 occupants The required total stairway width per floor is as follows: Floor 1: Not applicable because this floor is ground level.Floor 2: 300 occupants x 0.3” = 90” We will need two stairways because we have an occupant load between 1 and 500 per story. The 90″ width can be divided between the two stairways. BUT in case a stairway is destroyed or inaccessible during an evacuation, the remaining stairway needs to be at least half of the required minimum (144″). We cannot have a stairway that is 44” wide and the other one is 46”. Why? If we lose the 46” stairway to a fire, we only have the 44” stairway which is less than half the required width. Summary: We calculate the minimum required combined width by multiplying the occupant load of the floor by 0.3″, which is 90″. We need two stairways, so we can divide the 90″ between the two stairs. However, since we only have two stairways, each stairway must be at least half of the 90″. Calculating Multi-Story Stairway Width Below is a scenario in which we calculate the required width of multiple stairways that serve multiple floors. Scenario: We need exit stairs for a building that has 3 floors that have varying occupant loads. There is a sprinkler system, but the system was not installed per code requirements. The occupant loads are; Floor 1: 40 occupants, Floor 2: 480 occupants and Floor 3: 110 occupants The required total stairway width per floor is as follows: FloorOccupant LoadRequired total stairway width1st4040 occupants x 0.3” = 12” 36″*Minimum width for less than 50 occupants is 36”2nd480480 occupants x 0.3” = 144”3rd110110 occupants x 0.3” = 33” 44″*Minimum width for a floor serving more than 50 occupants is 44” What do we do when each floor requires a different width? We use the largest minimum width because we don’t want to create a bottleneck effect where a wide stairway leads into a narrower stairway. Therefore, we want to use the 144” measurement for the minimum combined stair width. We will need two stairways because we have an occupant load between 1 and 500 per story. The 144″ width can be divided between the two stairways. BUT in case a stairway is destroyed or inaccessible during an evacuation, the remaining stairway needs to be at least half of the required minimum (144″). We cannot have a stairway that is 60” wide and the other one is 84”. Why? If we lose the 84” stairway to a fire, we only have the 60” stairway which is less than half the required width. Summary: We calculate the minimum required combined width by multiplying the occupant load of each floor by 0.3″ and using the largest number, which is 144″. We need two stairways, so we can divide the 144″ between the two stairs. However, since we only have two stairways, each stairway must be at least half of the 144″. Referenced IBC Code: 1005.3.1 Stairways The capacity, in inches, of means of egress stairways shall be calculated by multiplying the occupant load served by such stairways by a means of egress capacity factor of 0.3 inch per occupant. Where stairways serve more than one story, only the occupant load of each story considered individually shall be used in calculating the required capacity of the stairways serving that story. Exceptions: For other than Group H and I-2 occupancies, the capacity, in inches, of means of egress stairways shall be calculated by multiplying the occupant load served by such stairways by a means of egress capacity factor of 0.2 inch per occupant in buildings equipped throughout with an automatic sprinkler system installed in accordance with Section 903.3.1.1 or 903.3.1.2 and an emergency voice/alarm communication system in accordance with Section 907.5.2.2. 1005.4 Continuity The maximum capacity required from any story of a building shall be maintained to the termination of the means of egress. 1005.5 Distribution of Minimum Width and Required Capacity Where more than one exit, or access to more than one exit, is required, the means of egress shall be configured such that the loss of any one exit, or access to one exit, shall not reduce the available capacity or width to less than 50 percent of the required capacity or width. 1011.2 Width & Capacity The required capacity of stairways shall be determined as specified in Section 1005.1, but the minimum width shall be not less than 44 inches. See Section 1009.3 for accessible means of egress stairways. Exceptions: Stairways serving an occupant load of less than 50 shall have a width of not less than 36 inches. 1022.1 Exits Once a given level of exit protection is achieved, such level of protection shall not be reduced until arrival at the exit discharge. StairsTools & Resources Types of Stairs for Commercial and Industrial Use Read More » June 7, 2022 Stairs Calculating Multi-Story Stairway Width Read More » May 7, 2019
Exterior Stairs – 5 Reasons Property Owners Prefer Aluminum Call (513) 889-2492 ORDER NOW Tracy Mikulec Tracy Mikulec, a seasoned leader in the digital marketing realm, currently serves as the Director of Digital at SixAxis, a pioneering manufacturer of industrial and commercial safety products from renowned brands like SafeRack, ErectaStep, and Upside. With a career spanning over three decades, Tracy has been at the forefront of digital innovation, ecommerce, and technology strategy. Since January 2015, Tracy has been instrumental in shaping the digital landscape at SixAxis, LLC, based in Andrews, South Carolina. His role involves leading digital strategies and overseeing technological advancements for SixAxis and its diverse portfolio of brands. Feb 21, 2018 Estimated reading time: 5 minutes More and more commercial and industrial property owners are switching from galvanized steel to aluminum exterior stairs. Here are five reasons why: 1. Long product life Unlike steel, galvanized steel, and wood, aluminum will never rust, warp, or rot, so the structural integrity and original appearance remain intact longer than other common materials. Explanation: Unlike any other material, aluminum is corrosion resistant; when it reacts with oxygen in the air, a thin layer of oxide forms and naturally protects the material from elemental corrosion. The oxide layer may make the aluminum appear dull, but it does not impact the structural integrity. When damaged, the oxide layer is self-repairing and provides better adhesion for paint primers and glues than other bare metals. Until the use of aluminum, galvanized steel was popular because it was somewhat corrosion-resistant. A protective zinc coating applied to the material in the galvanization process prevents rusting initially; however, the zinc coating eventually develops a natural carbonate on its surface from the process of atmospheric sulfur dioxide combining with rainwater, resulting in sulfuric acid – the main component of acid rain. Sulfur dioxide is emitted from the combustion of fossil fuels, which means there is a higher concentration in highly-industrialized areas (which is typically where these stairs are used) due to the high volume of vehicles. The carbonate on the surface of the galvanized steel becomes brittle and eventually splits, exposing fresh zinc that corrodes. Since the zinc coating is thin, the base metal is also often exposed and corrodes as well. Takeaway: In highly-industrialized areas with a high volume of freight trucks, galvanized steel experiences corrosion, while aluminum maintains structural integrity. It’s also a good ADA-compliant material for industrial walk ramps and maintenance platforms. 2. No required maintenance Aluminum is more corrosion-resistant than any other material and does not require regular maintenance. Explanation: The only maintenance for aluminum stairs is to ensure that the pathway is free of snow, leaves, and other natural elements. For snow removal, we recommend a magnesium chloride ice melt because most typical ice melts are too harsh for aluminum and can damage the surface. This is in contrast to the routine maintenance required for galvanized steel stairs which will begin to rust if the protective zinc coating is scratched. Therefore, it is recommended to routinely apply a protective coating so that the barrier between the water and the metal is maintained. Property owners have expressed dissatisfaction with this required maintenance of galvanized steel. When stairs are located in a region where it snows, removal of ice and snow can be problematic because all ice melts eat away at the zinc coating. Takeaway: Property owners report that steel is extremely hard to maintain, especially in climates where it rains and snows often, and aluminum is much less work. 3. Simple installation Our product is prefabricated, requiring only a few bolts for assembly. While steel prefabricated solutions exist, aluminum is much lighter, so the aluminum exterior stairs are easier and faster to install and require less manpower. Check out our dock step installation guide to see how easy it is. Someone without experience could assemble a dock-high stair system in a couple of hours. 4. Optimal strength-to-weight ratio Aluminum meets the capacity requirements, and it’s easier than steel to install because it is lightweight. Explanation: Aluminum is approximately 1/3 the density of steel and weighs much less. Upside Innovations’ distributed load is 100 lbs. per square foot with a point load of 300 lbs., the load requirements specified by the International Building Code for new construction means of egress. While galvanized steel is stronger than aluminum, aluminum exceeds the requirements for pedestrian access applications and is preferred because of its many other benefits. 5. Potentially cut costs Property owners can save money upfront by switching from galvanized steel exterior stairs to aluminum. Typically steel stairs are manufactured by small, local companies with less capital, which means higher prices. Explanation: One of the world’s largest commercial real estate companies, Prologis, just changed its new construction specifications from galvanized steel dock-high steps to Upside Innovations’ aluminum dock-high steps. Switching to aluminum will save them roughly 20-30% upfront and an additional variable amount from reduced yearly maintenance costs. The cost per unit for the previously used galvanized steel stairs was high because the stairs were produced on a project-to-project basis by local, custom steel fabricators that didn’t have large-scale production capabilities. Upside Innovations has a large-scale manufacturing operation of aluminum stairs for nationwide delivery, meaning that the cost per unit is drastically lower than the aforementioned galvanized stairs. There are instances when the upfront price of aluminum exterior stairs is not always less expensive than galvanized steel because the raw material is typically more expensive; however, the cost of aluminum stairs over the course of their life will be less because galvanized steel incurs routine maintenance costs whereas aluminum does not. Takeaway: Over time, aluminum has proven to be less expensive because galvanized steel requires yearly maintenance costs. StairsTools & Resources Types of Stairs for Commercial and Industrial Use Read More » June 7, 2022 News Best ADA Ramp Material Read More » February 12, 2018
ADA Ramp Requirements Outline Call (513) 889-2492 ORDER NOW Tracy Mikulec Tracy Mikulec, a seasoned leader in the digital marketing realm, currently serves as the Director of Digital at SixAxis, a pioneering manufacturer of industrial and commercial safety products from renowned brands like SafeRack, ErectaStep, and Upside. With a career spanning over three decades, Tracy has been at the forefront of digital innovation, ecommerce, and technology strategy. Since January 2015, Tracy has been instrumental in shaping the digital landscape at SixAxis, LLC, based in Andrews, South Carolina. His role involves leading digital strategies and overseeing technological advancements for SixAxis and its diverse portfolio of brands. Dec 06, 2017 Estimated reading time: 5 minutes The Americans with Disabilities Act (ADA) is a civil rights law that prohibits discrimination against individuals with disabilities in all areas of public life. This includes ensuring that people with disabilities have equal access to buildings and facilities. One way to provide equal access is by installing ramps, which allow people who use wheelchairs or have mobility impairments to enter and exit buildings. ADA ramp requirements specify the minimum standards that ramps must meet in order to be considered accessible. These requirements apply to both new construction and renovations of existing buildings. Some of the key requirements for ADA ramps include: Make sure your wheelchair ramp is ADA-compliant. 1. Ramp Slope The steepest slope that an ADA ramp can have is 1:12 which means for every inch of threshold rise, the ramp must be at least 12 inches (one foot) long. If you’re unsure about how to do the calculations, use the ramp slope calculator. The ramp length is directly related to the height between the ground and the bottom of the door, along with the required slope. For example, the door on your building is 40 inches above the ground. To ensure that your ramp is not steeper than the 1:12 ratio, your ramp needs to be 40 feet long. 2. Ramp Width ADA ramps must be at least 36 inches wide, which allows people using wheelchairs or other mobility devices to safely navigate the ramp. 3. Platform Landings ADA ramp requirements include landings at the top and bottom of the ramp. These landings should be at least as wide as the ramp and at least 60 inches long. Landings provide a place for people with disabilities to rest and turn around if necessary. Number of Resting Platform Landings Following the ADA ramp requirements, the maximum rise for a single ramp run is 30 inches. That means that the maximum length is 30 feet, so one additional platform landing is required for every additional 30 feet of ramp. Why? Because the landings serve as resting areas, the Americans with Disabilities Act determined that after 30 feet of continuous run, a resting area is needed. Ramp Length (ft.)Landings Required0-30None31-60161-90291-1203 Landing Size Width: the landing must be at least as wide as the widest ramp run that connects to the landing. Length: the landing length must be at least 60 inches without obstruction. Change in direction: if the ramp changes direction, you need a landing with a clear space that is at least 60 inches by 60 inches. Doorways: if there are doorways that lead onto a landing, see the following ADA ramp landing requirements. 4. Guardrails and Handrails ADA ramps must have handrails on both sides that are between 34 and 38 inches above the ramp surface. Handrails help people with disabilities maintain balance and stability while using the ramp. Railing extensions If a railing is present along the side of a ramp, it must extend at least 12 inches beyond the top and bottom of the ramp. This helps people with disabilities maintain their balance while using the ramp. Clearance between handrails The minimum clearance between the ramp handrails is 36 inches so that a wheelchair can fit between the handrails with ease. View all ADA ramp handrail requirements, including length, perimeter, location above the walking surface, and more. Baluster spacing Balusters are required on ADA ramps to protect against falling. The balusters must not be spaced farther than 4″ apart from one another so that a child cannot slip through the space. Guardrail The guardrail, which is different than the handrail, must be at least 42 inches from the walking surface to prevent people from falling over the side of the ramp. 5. Surface The surface of an ADA ramp must be slip-resistant and smooth. This is important for the safety of people with disabilities, as well as for those who may be pushing strollers or using other mobility devices. 6. Edge protection Edge protection is required along the edges of an ADA ramp run and landing. There are two types of edge protection to choose from: Extended ground surface: the ramp and landing walking surface must extend at least 12 inches past the inside edge of the handrail Barrier/kickplate: you cannot have a gap larger than 4 inches between the ramp or kickplate and the bottom of the guardrail. It is important to note that these are the minimum requirements for ADA ramps. In some cases, additional features may be needed to make a ramp fully accessible. For example, a ramp may need to have a wider landing at the top if there is not enough space for a person using a wheelchair to turn around. In summary, ADA ramp requirements are designed to ensure that people with disabilities have equal access to buildings and facilities. By following these requirements, building owners and designers can create ramps that are safe and accessible for everyone. We get all of our information from the 2010 Americans with Disabilities Act. ADA-Ramp-ChecklistDownload News Creating Safe & Equal Access for All with Wheelchair Accessible Ramps Read More » September 4, 2022 Ramps What is a Modular Wheelchair Ramp? Read More » January 11, 2024
A Simple Guide to ADA Handrails Call (513) 889-2492 ORDER NOW Tracy Mikulec Tracy Mikulec, a seasoned leader in the digital marketing realm, currently serves as the Director of Digital at SixAxis, a pioneering manufacturer of industrial and commercial safety products from renowned brands like SafeRack, ErectaStep, and Upside. With a career spanning over three decades, Tracy has been at the forefront of digital innovation, ecommerce, and technology strategy. Since January 2015, Tracy has been instrumental in shaping the digital landscape at SixAxis, LLC, based in Andrews, South Carolina. His role involves leading digital strategies and overseeing technological advancements for SixAxis and its diverse portfolio of brands. Oct 24, 2017 Estimated reading time: 3 minutes 1. Located on both sides Handrails must be on both sides of the stairs and ramps. For OSHA stair handrails, however, it can be just on one side. 2. Continuous Handrails must be continuous through the full length of the stair flight or ramp run. They cannot end or break at any point within the bounds of the steps or ramp. This guideline applies to all handrails, including the inside handrails on switchback or L-shaped stairs and ramps; they must continue through the platforms. 3. Positioned between 34″ to 38″ above surface The top of the gripping surfaces must be between 34″ and 38″ above the walking surface. For a set of steps, the height of the handrail is measured from the edge of each nosing to the top of the handrail. For ramps and platforms, the handrail height can be measured at any point along the path. Handrails should be at a consistent height for the length of the stair flight or ramp run, including any platforms 4. Minimal obstruction Handrail gripping surfaces should have minimal obstruction. They cannot be obstructed along their tops or sides, and the bottoms should not be obstructed for more than 20% of their length. This guideline ensures that persons using the steps or ramp can easily grip the handrails. This also a reason why aluminum stairs must be free of dirt and must be kept clean at all times. 5. Be “graspable” ADA handrails with a circular cross-section should have an outside diameter between 1.25″ and 2″. ADA handrails with a non-circular cross-section should have a perimeter dimension between 4″ and 6.25″ with a maximum cross-section dimension of 2.25″. 6. Extend past the length of the ramp and/or stairs Ramp handrails should extend straight and horizontally above the landing for at least 12″ beyond both the top and bottom of ramp runs. If the ramp does not continue after the landing, the extensions should return to a wall, guard, or landing surface. If it does continue, the handrail should be continuous. Stair handrail parts should extend horizontally for at least 12″ beginning directly above the first riser nosing. Extensions should return to a wall, guard, or the landing surface if there is no adjacent flight of steps. If there is an adjacent flight, the handrail should be continuous. At the bottom of a stair flight, the handrails should extend at the slope of the stair flight for a horizontal distance at least equal to one tread depth beyond the last riser nosing. The extension should return to a wall, guard, or the landing surface or should be continuous to the handrail of an adjacent stair flight. 7. No sharp elements Handrail gripping surfaces and any surfaces adjacent to them should be free of sharp or abrasive elements and should have rounded edges. 8. Should not rotate within their fittings Handrails that are connected with fittings should be secure and not rotate. Official ADA Standards for 2010 IBC Stair Code StairsTools & Resources Types of Stairs for Commercial and Industrial Use Read More » June 7, 2022 Tools & Resources Stair and Walk Surface Glossary of Terms Read More » December 1, 2022
