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Is your glass fabrication floor paralyzed by static storage? |
In the glass processing industry, floor space is premium real estate. Traditional welded A-frames are sturdy, but when they are empty, they become massive obstacles that block forklift lanes and limit your ability to stage raw float glass packs.
Our solution redefines High-Density Glass Storage through a strategic foldable and stackable design. When not carrying heavy laminated glass sheets, these racks can be collapsed and stacked compactly. This transforms your "dead" storage area into active production space, allowing you to stage more IGU (Insulated Glass Units) ready for dispatch without expanding your building footprint.
Recover 80% of your floor space when racks are empty through high-density stacking.
Bottlenecks often occur between the break-out table and the edging machine (or washer). Relying solely on overhead cranes for every movement of work-in-progress (WIP) slows down the line.
Our glass transport racks serve as mobile buffers. Equipped with heavy-duty casters (high-load polyurethane for rough concrete or nylon for smooth floors), operators can manually maneuver processed glass to the next station. This independence allows your expensive CNC machinery to keep running while the crane handles loading raw packs.
Ergonomic handles and industrial casters allow single-operator movement of glass WIP.
A scratch on a soft-coat Low-E glass unit isn't just a defect; it's a remake that kills your profit margin. Similarly, laminated glass is prone to edge delamination if subjected to point stress during transport.
We don't just weld steel; we engineer protection. Our racks feature:
Rubber-sleeved limit rods prevent lateral movement and edge damage during transport.
In the glass industry, a rack collapse is a catastrophic safety event. Cheap, spot-welded racks often fail under the dynamic loads of transporting 4,000 lbs of glass across an uneven yard.
We utilize a Full Seam Welding process on high-grade Q235 steel. This ensures that the A-frame structure acts as a single, solid unit capable of handling the extreme weight density of stacked glass or stone slabs without structural fatigue. Whether you are moving jumbo sheets or crates of curved glass, the structural integrity remains uncompromised.
For glass distributors exporting products or moving equipment between facilities, shipping costs can be prohibitive. Traditional welded racks result in shipping mostly "air."
Our detachable design allows for flat-packing. We can fit dozens of disassembled units into a standard shipping container, compared to only a handful of fully welded units. This drastically reduces the landed cost per rack, making it a viable investment for large-scale logistics upgrades.
Flat-pack design maximizes truck and container space, reducing freight costs significantly.
1. Can these racks handle the weight of 19mm granite or thick laminated glass?
Yes. Our racks are engineered with Q235 structural steel and full seam welding. Standard models are rated for loads exceeding 4,000 lbs (approx. 2000kg), making them suitable for heavy stone slabs and thick multi-laminate glass packs.
2. Will the rubber padding mark or stain soft-coat Low-E glass?
No. We use specific non-marking industrial rubber compounds designed for the glass industry. This ensures that delicate coatings remain pristine and require no additional cleaning before installation.
3. Can I use these racks for transporting finished IGU windows to the job site?
Absolutely. The "A-frame" design is the industry standard for transporting finished windows and IGUs. With the addition of ratchet straps and limit rods, the units are secured against road vibration, preventing breakage during transit to the construction site.
4. Are the caster wheels suitable for a factory floor with glass cullet (shards)?
We recommend high-durability Polyurethane or Nylon casters for glass factories. While no wheel is immune to sharp glass shards, these materials resist embedding better than standard rubber, ensuring a longer service life in harsh fabrication environments.
5. How many folded racks can be stacked for storage?
Depending on the specific model and height, you can typically stack empty, folded racks 4 to 6 units high safely. This allows you to store a fleet of 20 racks in the footprint of just 4, maximizing your warehouse density.
