Shattered lites during truck transport aren't just an insurance claim—they are a production nightmare. When you are hauling heavy crates of Low-E glass or solar collector panels, stability is the only metric that matters. Our anti-topple design replaces dangerous makeshift dunnage with a certified, engineered steel structure that locks your inventory in place, from the tempering furnace to the job site.
In the glass fabrication industry, we often see manufacturers relying on wooden A-frames or static welded carts that were never designed for the dynamic forces of a moving truck. The result? Sympathetic breakage. When one lite shifts due to road vibration, the pressure transfers instantly to the entire pack. For sensitive materials like high-performance insulated glass units (IGUs) or laminated safety glass, a micro-fracture at the warehouse becomes a shattered pile at the destination.
The Collapsible Glass Transport Pallet eliminates this risk through a rigid, unified Q235 steel structure. Unlike wood which flexes and nails that loosen, our engineered steel base and columns maintain a static hold on the glass, ensuring the load remains perpendicular to the base regardless of road conditions.
Figure 1: Engineered specifically for monolithic and IGU stability during transport.
Safety in glass transport relies on two factors: the angle of repose and the friction coefficient at the contact points. The Agrack design addresses both with industrial precision.
The rack features a heavy-duty rear backstop that creates a safe leaning angle. However, the real innovation lies in the base. We utilize a specialized socket system for the side columns. Once the glass storage racks are loaded, the weight of the glass itself reinforces the structural integrity of the rack. The more you load (up to 4,400 lbs), the more "planted" the rack becomes.
Standard rubber pads wear down, exposing your expensive solar glass or window units to bare metal. Our solution is a 10mm thick rubber strip reinforced with an internal steel plate. Secured with self-threading pins rather than glue, this padding prevents the glass from slipping (anti-topple) while cushioning against road shock (anti-breakage). This is critical for preventing edge chipping on raw float glass.
Figure 2: 10mm Steel-Reinforced Rubber Strips prevent slippage and protect glass edges.
For window and door manufacturers, the biggest money pit isn't the outbound shipping—it's the return trip. If you are sending glass to a construction site or a distribution center, bringing back empty, non-collapsible A-frames is "deadheading" in its worst form. You are essentially paying freight to ship air.
The Agrack system is fully collapsible. By removing the safety pins and folding the side columns and backstop down, you can stack empty racks efficiently. This allows you to fit up to 112 folded units in a single 40ft High Cube container. This capability transforms your logistics from a cost center into a competitive advantage, especially for closed-loop supply chains between glass fabricators and window assembly plants.
Figure 3: Folded racks reduce return shipping volume by over 80%.
In a busy facility management environment or a glass fabrication shop, floor space is limited. Storing glass crates on the floor is inefficient. The Collapsible Glass Storage Transport Rack features precision-welded stacking feet (stacking caps) that align perfectly with the columns of the unit below.
This design allows for 3-high stacking when fully loaded. You can instantly triple your storage density without investing in permanent racking systems. For MRO supplies or seasonal inventory like storm windows, this flexibility is essential.
Figure 4: Full load stacking capability (3-High) maximizes facility vertical space.
Whether your facility relies on overhead cranes or forklifts, the design integrates seamlessly. The base includes full-length forklift channels compatible with standard tines, preventing the "balancing act" often seen when moving A-frames. For sites utilizing overhead cranes, optional lifting lugs can be welded to the corners, ensuring safe hoisting for high-rise projects.
Figure 5: Integrated forklift pockets ensure stable movement across the shop floor.
| 1. Can this rack handle heavy stone slabs in addition to glass? |
| Yes. While designed for glass, the heavy-duty Q235 steel construction and 4,400 lb (2000kg) load capacity make it ideal for granite, quartz, and heavy stone slabs. We recommend the hot-dip galvanized finish for stone yards exposed to water and outdoor elements. |
| 2. What is the maximum size of glass I can store? |
| The standard internal usable depth is typically designed to accommodate standard glass packs. However, since we are the manufacturer, we can customize the dimensions to fit specific solar panels, jumbo lites, or specific window frame sizes for your project. |
| 3. How does the "Anti-Topple" feature work during forklift movement? |
| The rack has a low center of gravity and the glass leans against the backstop at a safe angle. Additionally, the base is equipped with "Fixed rope hooks." Operators must use strapping to secure the glass pack to these hooks, creating a unified mass that won't shift during braking or turning. |
| 4. Is assembly required upon delivery? |
| Minimal assembly is required. The units typically ship collapsed to save you freight. You simply need to lift the sides, insert the safety pins, and attach the backstop. No welding or specialized tools are needed on your end. |
| 5. Can I stack these racks if they are not fully loaded? |
| Yes, but for safety, we recommend stacking only when the racks are either fully empty and folded (up to 7-11 high) or when they are loaded with a balanced weight. The stacking feet are designed to transfer load through the columns, so structural integrity is maintained in both states. |
