In modern metal logistics, a steel or aluminum coil is not just inventory; it is a high-value asset weighing up to 30 tons. At GLT Engineering, we know that using improvised solutions like wooden skids or scrap rubber is a recipe for disaster. Our solutions are built on decades of technical experience, intensive R&D, and a superior engineering formula specifically developed for extreme industrial durability.
1. Coil Slumping and Core Deformation
When heavy coils are stored on inadequate or flat supports, they suffer from “slumping.” This gravity-induced deformation affects the inner layers, often making them impossible to process on high-speed unrolling lines. Our special formula shoes are designed with a precise curvature to absorb and distribute this pressure perfectly, maintaining the coil’s circular integrity.
2. Permanent Surface Damage and Pressure Marks
Sensitive automotive-grade metals and cold-rolled steel often suffer from permanent pressure marks when stored on rough surfaces. GLT’s engineered plastic shoes offer a specific Shore D hardness that protects the delicate surface of the metal while maintaining the structural integrity required to support massive weights.
3. Dangerous Stability and Safety Issues
Unstable coils are a fatal hazard in any industrial environment. Unlike random wooden blocks that can split or shift, our V-shape geometry ensures the coil remains centered and secure. This design prevents rolling even during nearby heavy forklift operations or minor seismic vibrations, ensuring a “Zero-Accident” workspace.
4. Concrete Floor Punching (Point Loading)
Without a system designed via Finite Element Analysis (FEA), a 25-ton coil concentrates its entire weight on a tiny contact point. This “point loading” can crack or even “punch” through reinforced warehouse floors. GLT’s heavy-duty rail systems distribute this load evenly across a broad surface area, preserving your facility’s infrastructure.
5. Environmental Waste and Material Sustainability
Wooden skids rot, harbor pests, and create constant industrial waste. As a manufacturer committed to a sustainable future, GLT Engineering uses 100% recyclable materials. Our “Green Engineering” approach ensures a 10+ year lifespan, significantly reducing your carbon footprint compared to traditional disposable storage methods.
Conclusion: The GLT Engineering Standard
Choosing the right storage system is a choice between constant operational risk and engineered peace of mind. Experience the GLT Engineering difference through our specialized formulas and superior durability.
For a deep dive into technical specifications and load distribution tables, visit our comprehensive resource:
