Aramid
Aramid is a high performance synthetic fiber with the following characteristics:
1. High strength: aramid has extremely high strength, its strength is 5 times that of steel, but the weight is only 1/5 of steel.
2. Heat resistance: Aramid has excellent heat resistance, can be used in high temperature environment, its melting point up to 370℃.
3. Chemical resistance: Aramid has high resistance to most chemicals and is suitable for chemical environments.
4. Flame retardant: Aramid has self-extinguishing, will not burn, with flame retardant performance.
5. Electrical insulation: Aramid has good electrical insulation performance, suitable for electrical insulation scenarios.
6. Wear resistance: Aramid has high wear resistance, suitable for wear-resistant environment.
7. Fatigue resistance: Aramid has excellent fatigue resistance and can withstand repeated deformation.
8. Lightweight: Aramid has a lower density, which can reduce the weight of the structure and improve the performance.
The application of aramid to rubber belts can bring the following advantages:
1. Improve strength: aramid has extremely high strength, which can improve the carrying capacity of the rubber belt.
2. Weight reduction: Aramid has a lower density, which can reduce the weight of the rubber belt and improve its performance.
3. Heat resistance: aramid has excellent heat resistance, which can improve the performance of rubber belt in high temperature environment.
4. Chemical resistance: aramid has high resistance to most chemicals, which can improve the chemical resistance of rubber belt.
5. Wear resistance: aramid has high wear resistance, which can improve the service life of rubber belt.
6. Fatigue resistance: Aramid has excellent fatigue resistance, which can improve the durability of rubber belt.
7. flame retardant: aramide has self-extinguishing, will not burn, can improve the flame retardant performance of rubber belt.
8. Electrical insulation: aramid has good electrical insulation performance, which can improve the electrical insulation performance of rubber belt