Wear resistant rubber performance
PHYSICAL PROPERTY | TEST STANDARD | VALUES |
---|---|---|
Hardness | ASTM D2240 | 36+/-3Shore A |
Specific Gravity | ASTM D397 | 0.96+/-0.03 |
Modulus@500% | ASTM D412 | 2.1 |
Tensile Strength | ASTM D412 | 23Min |
Elongation | ASTM D412 | 800% |
Resilience | / | 80% |
Tear Strength | ASTM D624 | 40Min |
Wet Abrasion | ASTM D5963 | 103% |
Working Temperature | / | -40℃ ~ +80℃ |
Wear-resistant skirtboard red gum rubber is a premium material known for its exceptional durability, flexibility, and abrasion resistance. Made from high-quality natural rubber, it provides superior cushioning and impact absorption, making it ideal for applications where material containment and equipment protection are critical. Wear resistant rubber high elasticity ensures a tight seal along conveyor belts, preventing spillage and reducing wear on machinery.
Key Features:
Outstanding Abrasion Resistance – Wear resistant rubber designed to withstand continuous friction and impact, extending the lifespan of conveyor systems.
Superior Flexibility – Adapts to movement and pressure changes, maintaining an effective seal without cracking or hardening.
High Tensile Strength – Resists tearing and deformation, even in demanding industrial conditions.
Shock Absorption – Skirtboard rubber provides excellent energy absorption, reducing vibrations and protecting equipment from excessive wear.
Easy Installation – Available in various thicknesses and widths to fit different conveyor belt systems and machinery.
Applications:
Conveyor Belt Skirting – Skirtboard rubber creates a tight seal to prevent material spillage and dust buildup.
Industrial Linings – Protects chutes, hoppers, and impact zones from wear and tear.
Belt Wipers and Seals – Ensures efficient material handling by maintaining belt cleanliness and stability.
With red gum rubber combination of strength, flexibility, and impact resistance, wear-resistant skirtboard red gum rubber is the go-to solution for industries requiring reliable protection against abrasion and material loss.

