1. High-Strength Aluminium Alloy
These ramps are made from industrial-grade aluminum alloys (like 6061-T6 or similar), which are heat-treated to greatly increase their strength. While pure aluminum is soft, these alloys offer excellent tensile strength and load-bearing capacity.
2. Structural Design Engineering
The load-bearing capacity isn't just about the material — it's about the design:
Boxed or hollow-beam structures reinforce the internal strength.
Welded cross-members (transverse supports) distribute the load evenly.
Some models use arched shapes to reduce stress at entry points.
3. Weight Distribution
Ramps are designed to spread the weight of the machine across the entire surface and over multiple support points. This avoids pressure on a single point, allowing it to support several tons safely.
4. Non-slip & Reinforced Surface
The anti-slip surface is often corrugated or serrated, adding grip and helping avoid point stress or slippage.
5. Professional Welding
High-quality TIG or MIG welding ensures each joint is strong enough to withstand repeated heavy use without cracking or deformation.
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