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Every Safety Manager in the glass industry knows the sinking feeling of hearing a loud "crash" on the production floor. Broken glass is manageable; injured workers are not. |
The most dangerous moment in a warehouse is when racks are being stacked or moved. A standard A-frame with flat feet can slide or wobble if the forklift driver isn't perfectly smooth. If a stack of heavy glass tips over, the consequences are devastating.
We designed our glass storage racks to mechanically eliminate this risk.
The "Cup and Foot" interlocking system prevents lateral slippage, even during seismic events.
As seen in the detail shot above, our stacking system uses a deep-seated steel bowl. When you stack one rack on top of another, the foot doesn't just rest there—it locks in. This self-aligning feature means that once stacked, the column acts as a single structural unit. It won't slide off due to vibration, forklift bumps, or minor earthquakes.
A cluttered factory is an unsafe factory. Old rigid racks that are lying around empty in aisles create trip hazards and block emergency exits. They force forklifts to take tight, dangerous turns to navigate the maze.
By switching to a collapsible system, you enforce organization.
Do you know the exact weight limit of that welded metal rack your maintenance team built 10 years ago? Probably not. Overloading unrated racks is a leading cause of structural failure.
Our racks come with a rated capacity (typically 1500kg - 2000kg) based on rigorous testing. We provide the load data you need to satisfy OSHA inspectors and insurance auditors, proving that you are operating within safe engineering limits.
Yes. Safety is paramount during crane operations. Our racks feature integrated, reinforced crane lifting lugs that are welded to the main structural frame, not just tack-welded on. This ensures safe hoisting of fully loaded racks.
Beyond protecting the glass, the rubber strips provide friction. This prevents glass sheets from sliding out unexpectedly when a worker releases the strapping, giving them time to safely control the unloading process.
While the interlocking feet provide significant stability, for safety reasons, we always recommend stacking on a level, reinforced concrete floor. If your floor has significant pitting or slopes, please consult our engineering team for advice.
We have designed the hinge mechanism with safety clearances to minimize pinch points. However, as with any industrial equipment, we recommend operators wear gloves and follow the standard operating procedure (SOP) provided with the racks.
Yes. Each rack can be fitted with a metal data plate stating the maximum Work Load Limit (WLL), tare weight, and date of manufacture. This is essential for safety audits and ISO compliance.
