125% Container Capacity Racks

The Logistics of Lean: Flat-Pack vs. Welded

In the glass industry, the cost of the rack is often secondary to the cost of getting it to your facility. If you are importing Glass Transport Racks for your granite slabs or jumbo glass sheets, relying on standard welded A-frames is inefficient. A standard container might hold 10-14 welded units. Once the container doors close, you are paying for the air inside.

Our detachable design uses a high-strength bolt assembly system. This allows the A-frames to be "knocked down" into a flat profile. The result? You can stack the base, uprights, and crossbars compactly.

Figure 1: High-density stacking of knock-down frames significantly reduces ocean freight costs.

This stacking capability means a single container can accommodate a significantly higher volume of racks—optimizing your logistics spend and ensuring your IGU lines and cutting tables never run out of storage capacity due to shipping delays.

Structural Integrity for Heavy Loads

A common misconception in the glazing industry is that "detachable" means "weak." This is false when the engineering is correct. We understand that a pack of 19mm Toughened Glass or a bundle of Granite Slabs exerts tremendous static and dynamic loads.

Our racks utilize Q235 industrial-grade steel with full seam welding on all component parts. The assembly points are reinforced to prevent any "wobble" or structural fatigue. Whether you are moving materials from the Float Glass delivery truck to the warehouse, or positioning heavy architectural glass near the Tempering Furnace, the rigidity matches that of a fully welded unit.

Protecting the Coating: No More Shelling or Scratches

Structural strength is meaningless if the rack damages the payload. In the era of high-performance Low-E Glass and soft-coated double-glazed units, the contact surface is critical. Steel-on-glass contact is the primary cause of edge shelling and coating scratches.

Figure 2: Premium rubber profiles prevent steel-to-glass contact, protecting sensitive Low-E coatings.

We utilize high-density industrial rubber profiles and timber/plywood base blocks. The rubber is specifically formulated to be non-marking and durable enough to withstand the sharp edges of cut glass without shredding. This ensures that your Laminated Glass remains pristine from the moment it leaves the autoclave to the final installation at the job site.

Securing the Load: Safety Beyond Gravity

Relying solely on the tilt angle (typically 5 degrees) is not enough for modern logistics. Unexpected braking by a forklift or a bump in the factory floor can cause a catastrophic "domino effect" slab fall.

Figure 3: Integrated securing systems ensure load stability during internal transfer.

Our Heavy Duty Glass Racks come equipped with integrated ratchet strap points and steel limit rods (securing poles). These allow your team to mechanically secure the pack against the A-frame uprights, ensuring compliance with safety standards and protecting your workers from potential crushing hazards.

Designed for the Modern Workflow

Efficiency isn't just about shipping; it's about usability on the shop floor. A static rack is a bottleneck. Our designs incorporate heavy-duty casters and ergonomic handles to transform your rack into a mobile workstation.

Figure 4: Maneuver easily between the cutting table and washing lines.

Whether you are moving cut pieces to the washing machine or staging finished IGUs for dispatch, the ability to maneuver heavy loads manually reduces reliance on overhead cranes and forklifts, smoothing out your production flow.