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Saint-Lucia Tire powder
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Tel: +86 135 9774 9636 (Mr. Feng)
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Product Features:
Tire powder, also known as rubber powder, is a product made from waste tires that have been pre-processed (such as removing steel wires and fibers) and crushed into powder. Its main characteristics include:
Composition: Mainly composed of natural vulcanized rubber and synthetic rubber (such as styrene-butadiene rubber), it may also contain small amounts of additives and fillers.
Particle Size: The particle size of tire powder can vary according to application needs, ranging from coarse powder to fine powder, with common specifications such as 0-1mm, 1-2mm, etc.
Environmental Friendliness: The production of tire powder is a way to recycle waste tires, helping to reduce environmental pollution and waste disposal issues.
Chemical Stability: Vulcanized rubber has good chemical stability and is not easily reactive with most chemicals.
Physical Properties: It has certain elasticity, wear resistance, and weather resistance.
Application Industries:
Due to its wide availability, relatively low cost, and various physical and chemical properties, tire powder has extensive applications in multiple industries, including:
Rubber Industry: Used as a raw material or additive in the manufacturing of new tires, rubber flooring, rubber mats, and other products.
Construction Industry: Used in the manufacture of soundproof materials, waterproof layers, thermal insulation materials, etc.
Road Construction: Adding tire powder to asphalt concrete can improve the elasticity of the road surface and reduce noise.
Friction Materials: Used in brake pads, clutch discs, etc., to improve friction performance and wear resistance.
Sports Facilities: Used for artificial turf filling, track laying, etc., providing cushioning and shock absorption.
Application in Brake Pads:
The application of tire powder in brake pads is mainly to improve the friction performance and wear resistance of the brake pads, with specific functions including:
Adjusting Friction Coefficient: The elasticity of tire powder can adjust the friction coefficient between the brake pad and the brake disc, ensuring stable braking performance at different speeds and temperatures.
Enhancing Wear Resistance: The wear resistance of tire powder helps extend the lifespan of brake pads and reduce replacement frequency.
Reducing Noise and Vibration: The elasticity of rubber helps absorb vibrations, reducing noise and vibrations during braking, thus improving driving comfort.
Improving Thermal Stability: Tire powder can enhance the thermal stability of brake pads under high-temperature conditions, reducing thermal fade.
Participating in Wear Mechanism: Tire powder may participate in forming a protective film during friction, reducing wear on metal components while helping to maintain the cleanliness of the brake pads.
The use of tire powder not only improves the performance of brake pads but also promotes the recycling of waste tires, reflecting the concept of sustainable development.