The relationship between vehicles and tires is as inseparable as human feet and shoes. Tires are the "shoes" of a vehicle, and their selection is directly related to the vehicle's performance, user comfort and safety.
When it comes to airless tires, many people may first think of solid tires. Compared with ordinary pneumatic tires, solid tires use the carcass instead of compressed air as support, so they are heavier and bumpier than pneumatic tires, and the riding experience is relatively poor.
However, airless tires are not the only form of solid tires. With the development of technology and the continuous upgrading of user needs, airless tires have undergone many upgrades and improvements, becoming more in line with user needs.
By analyzing the advantages and disadvantages of solid tires, airless tires are constantly being introduced. Considering that the solid structure is too heavy, hollow tires that are hollowed out and honeycomb tires that have multiple holes in the tires to enhance heat dissipation and shock absorption have retained the safety of solid tires to a certain extent while avoiding the risks of solid tires. The height of the tire is heavy and bumpy.
Through long-term research on the market, Nedong will launch a new type of airless tire in 2021 - light&elastic tire. The hollow honeycomb structure used in this series of products can more effectively reduce tire weight and increase tire elasticity, thereby improving its shock-absorbing and buffering effect during driving.
Through comparative testing with products of the same structure, the tire weight reduction of the dynamic flick tire reaches more than 30%, and the tire compressibility ratio reaches more than 25%, which can provide users with more significant lightness during riding. properties and shock absorption.
Through comparative testing with products of the same structure, the tire weight reduction of the Nedong light&elastic tire reaches more than 30%, and the tire compressibility ratio reaches more than 25%, which can provide users with more significant portability during riding, shock absorption.
