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Mgrack glass transport rack
glass transport a frame for coated glass and PV glass that need soft contact protection, locked load restraint, and cleaner long-haul shipment results.
Low-E coated glass, baked enamel glass, and solar glass with built-in photovoltaic cells do not tolerate loose transport. One hard edge touch, one panel-to-panel shift, or one steel-on-glass rub during road vibration can leave a scratched coating, a hidden crack, or a customer complaint that is much more expensive than the rack itself.
Mgrack is built for that risk profile. It uses a double-sided A-frame layout with soft contact faces, C-channel arc rubber strips, flat rubber pads, or composite blocks, plus a limit press bar and ratchet strap system that keeps the load locked to the rack instead of letting it slide against Q235A steel.
Why the old transport rack fails first
Traditional welded racks usually fail in the same three ways. They let the glass rest on bare metal, they rely on friction instead of restraint, and they stay bulky even when empty. Flat stacking saves little in a warehouse that already runs tight on floor space, while a one-piece rack keeps consuming return freight even after the glass is unloaded. That is the wrong logic for coated and photovoltaic glass, where the problem is not only lifting the panel but also protecting the surface through the whole route.
Mgrack changes the sequence. It keeps panels upright, separates the load from the steel frame, and gives the operator a rack that can be used, nested, and sent back without wasting the entire backhaul on dead weight.
The structure that makes Mgrack fit the job
The frame is based on Q235A carbon structural steel with a base, triangle braces, top beam, middle beam, wheel set, and limit hardware. Common build references include 60×3 base members, 50×25×2 C-section triangle members, and 80×43×5 channel beams. The contact zone is where the design matters most: the rack can be specified with 44×10×26 rubber strips, flat rubber pads, or composite pads so the glass never sits directly on steel.
For handling, the platform can be matched with 5 inch, 6 inch, or 8 inch casters, fixed wheels, swivel brake wheels, or quick-release wheel sets. Fork openings around 164×92 mm and anti-tip foot clearance in the 30-50 mm range help the same rack move from line side to forklift to truck. In representative project builds, the capacity can be configured from roughly 1000 kg to 3000 kg depending on size and wheel package, so the rack is not a generic cart but a matched transport tool.
What the images prove about the route
The 3D render shows the actual geometry: double-sided A-frame structure, lifting lugs, a caster base, and internal support braces. That matters because the load path is visible before the first piece of glass ever touches the rack. The workshop stack photo proves the second point: Mgrack is designed as a KD package, so empty frames can be nested and shipped in a much smaller footprint than a fully welded dead load. The loading photo then closes the loop. It shows stretch-wrap protection, forklift handling, and a rack that can enter the container without exposing the coated surface to bare steel contact on the way out.
What buyers should specify before ordering
- Glass type, thickness, and coating sensitivity, so the contact pads and strap points match the surface instead of creating edge damage.
- Target load, rack length, and movement method, so the base, brace, and wheel package fit the route and the floor condition.
- Return logistics, because KD disassembly only saves freight when the empty rack is allowed to nest and stack efficiently.
- Handling chain, whether forklift, crane, or caster movement, so the limit bar, strap path, and lifting points all work in one workflow.