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2.75-18 Motorcycle Wheels and Tires for CE/DOT Certified Diameter 8-21
1. Heat dissipation during high-speed driving
During high-speed driving, the friction between the tires and the
ground generates a large amount of heat. The multi-layer composite
structure design of this tire is conducive to the rapid dissipation
of heat. The materials between different layers have different
thermal conductivities, and they work together to form an efficient
heat dissipation channel. For example, the wear-resistant rubber
layer on the outer layer can withstand high temperatures while
quickly conducting heat to the inner layer, while the specific
material on the inner layer evenly disperses and dissipates heat to
the outside. This excellent heat dissipation performance ensures
that the tires will not experience rubber aging or performance
degradation due to overheating during high-speed driving, ensuring
the safety and stability of the tires during long-term high-speed
driving.
2. Temperature stability under high-intensity use
When motorcycles frequently brake, accelerate, or turn in complex
road conditions, the tires will bear enormous pressure and
friction, and the heat generated is prone to accumulate. However,
the multi-layer composite structure of this tire can effectively
control the temperature rise. Frequent braking and acceleration
operations are commonplace in off-road cycling, and the multi-layer
composite structure can maintain a relatively stable temperature of
the tires under high-intensity use. This not only extends the
service life of the tires, but also maintains stable grip and
handling performance under various complex riding conditions,
allowing riders to confidently challenge various road conditions.