Motorcycle Tires Structural Features
1. High-transmittance cord: Flat motorcycles are subject to impact and bending from different directions when performing different actions. In order to withstand these complex external forces, flat motorcycle tires are usually designed with high-strength cords. These cords are made of high-strength fiber materials such as polyester fiber, nylon, etc. They are interwoven to form a solid skeleton to provide strong support for the tire. In general, the number of cord layers in a flat tire will be more than that of an ordinary motorcycle tire, and increasing the number of cord layers can further improve the strength and durability of the tire.
2. Special design of the tire side: The tire side is the vulnerable part of the tire when it is flat, because in actions such as side sliding and throwing the tail, the tire side will have strong friction with the ground. Therefore, flat motorcycle tires are usually specially designed to use thickened rubber layers or add special protective materials to improve the wear resistance and clarity of the tire. Some tires will also design some reinforcement tendons or convex structures on the tire side, which not only increases the strength of the tire side, but also changes the elasticity and maneuverability of the tire to a certain extent, making the vehicle more stable when performing actions such as side sliding.
Impact of 14 Inch Motorcycle Tires on Productivity
1. Durability: High-strength cord and special side tire design greatly improve the durability of flat motorcycle tires. In frequent plane movements, tires are not prone to problems such as drum packing, rupture, etc. D., reducing the number of performance failures or safety accidents caused by tire damage. Drivers can easily complete various complex movements without worrying about the life of the tire. For example, during long-term continuous sliding, ordinary tires may be quickly damaged due to tire side wear and uneven stress, while flat tires have special tire side design and high-strength cord coating, which can withstand such high friction and external force and maintain good performance.
2. Control stability: The sturdy placenta design provides stable tire support, allowing Tricycle Tires to maintain good shape and performance under various external forces. This is important for the stability of motorcycle management. In high-speed driving and complex steering movements, the stable structure of the placenta ensures the stability of the tire contact area and clutch, allowing the driver to control the direction and speed of the vehicle more accurately. For example, when performing high-speed bends, the tire placenta structure can effectively resist the effects of centrifugal force, preventing the tire from excessively deforming and causing the clutch to lower, thereby ensuring that the vehicle can pass through the bend safely and stably.
