Choosing a storage system for insulating glass units is not just a warehouse decision. It affects edge protection, handling time, floor space, and the risk of damage between production and dispatch. An A-frame may suit a compact line with frequent loading. A powered rack can help where units are heavy, tall, or moved repeatedly. Still, the best fit depends on the glass dimensions, daily throughput, available aisle width, and the way operators load each batch.
As [verified IGU storage specialist’s name] puts it, “[Insert a quotation confirmed directly with the named expert before publication].” A real, attributable quotation matters; it should not be invented or assigned to an expert without confirmation. This guide compares the main Igu Glass Storage System options through practical buyer questions: Does the design support the unit safely? Can staff reach the load without awkward handling? Will the rack fit the actual floor plan, not just the catalogue drawing?
Look closely. A few centimetres can change aisle clearance. A small wheel or support detail can affect day-to-day movement. Buyers should also check load ratings, surface protection, maintenance needs, and compatibility with their handling equipment. These points are easy to overlook during a sales demonstration. They matter more on a busy shift.
There is no universal winner. A system that works well in one plant may slow another. This overview helps buyers compare trade-offs, spot missing specifications, and ask better questions before requesting a quote. Verify dimensions on site. That step is sometimes skipped.
A-frames hold insulated glass units at an incline, often with packs stored on both sides. Their broad footprint suits staging areas with room for forklift access. Angled supports help distribute weight, but contact points need clean, resilient padding. Dust or a small chip can become a costly problem. Space matters. A-frames can feel forgiving during manual loading, though visibility behind a full rack may be limited.
L-racks support glass from one side and can sit along a wall, freeing floor space. They work well when workers need clear access from the front, but each rack must be secured and loaded within its rated capacity. Cantilever racks use projecting arms to support units at selected heights. This open design can accommodate varied sizes and simplify access, yet uneven loading or poor edge protection creates real risks. Not always obvious.
Automated systems use powered conveyors, lifts, or controlled transfer equipment to move units through storage and production areas. They can reduce repeated manual handling and improve tracking in high-throughput operations. They also require more planning: floor layout, compatible unit sizes, maintenance access, and operator training all matter. Automation is not automatically safer if the workflow is poorly designed. Buyers should compare rack capacity, handling method, available space, and the condition of their glass before choosing a system.
Cepex is the brand for the fluid handling market belonging to the Fluidra group. One of the leading european manufacturer of valves and fittings in thermoplastic materials.
Dedicated to the swimming pool, irrigation and industrial markets, we distribute our products worldwide with the Fluidra commercial network and presence in 46 countries with 136 sales branches.
