Performance requirements for construction vehicle wheels

The performance requirements for construction vehicle wheels include good wear resistance, low rolling resistance, good traction and braking performance, good cornering ability, low noise, good comfort, and low heat generation, Good high-speed performance and good resistance to mechanical damage.

As an important part of engineering vehicles, the performance requirements of engineering vehicle wheels are directly related to the safety and efficiency of engineering vehicles. Specifically, the performance requirements of engineering vehicle wheels are reflected in the following aspects.

Good abrasion resistance: able to withstand long periods of time, high-frequency use, reduce tire wear and prolong service life. 
Small rolling resistance: reduce energy consumption in the driving process, improve fuel economy. 
Good traction and braking performance: provide stable traction and braking force to ensure the safety and stability of engineering vehicles under various working conditions. 
Strong cornering ability: Provides better maneuverability and stability during cornering, reducing the risk of sideslip and loss of control. 
Low noise: reduces noise pollution to the operator and the surrounding environment, and improves working comfort. 
Good comfort: Provide operators with a more comfortable driving experience and reduce fatigue when working for a long time. 
Low heat generation: Reduce the heat generated by friction and avoid premature aging or performance degradation of tires. 
Good high-speed performance: adapts to the needs of high-speed driving and ensures the stability and safety of construction vehicles at high speeds. 
Good mechanical damage resistance: able to resist external physical impact and damage, protect the tire structure from damage. 
These performance requirements together to ensure that the engineering vehicle wheels in a variety of working environments can maintain a good working condition, so as to protect the safety, efficiency and durability of engineering vehicles.