2411111/2102696 Polyurethane Track Pad W200 W195 W200I W1000F W1900

Product Introduction:

This 2411111/2102696 polyurethane track pad is made from a high-strength polyurethane composite material with excellent abrasion, impact, and oil resistance, making it ideal for demanding working conditions. Its distinctive open anti-skid pattern enhances grip and reduces the risk of skidding, while minimizing pressure damage to the ground. The internal steel skeleton ensures structural strength and is suitable for high loads and long hours of continuous operation.This product is ideal for asphalt, concrete paving, and pavement milling, particularly in high-temperature and dusty working environments.

What is the difference between rubber and polyurethane?

Rubber and polyurethane have obvious differences in properties and applications. Rubber has excellent elasticity and high flexibility, feels softer, and can maintain good resilience for a long time. It is suitable for scenarios that require high-frequency shock absorption, sealing or high flexibility. However, its wear resistance is relatively average; some types (such as natural rubber) have weaker weather resistance and chemical resistance, and are easily affected by ultraviolet rays and ozone.   Polyurethane, on the other hand, has adjustable elasticity according to needs and also has a certain degree of rigidity. Its overall wear resistance is more prominent, allowing it to withstand high-frequency friction. In addition, its weather resistance and chemical resistance are more stable, so it is not easily eroded by environmental factors. Nevertheless, its flexibility is usually not as good as that of rubber. During processing, its formula can be adjusted to meet different hardness requirements, making it suitable for scenarios that need to balance elasticity, wear resistance and environmental resistance.

Common application cases of rubber and polyurethane？

Rubber has wide applications in transportation (e.g., tires, shock-absorbing parts), industrial construction (e.g., seals, hoses), medical and daily supplies (e.g., latex gloves, rain gear), and sports & leisure (e.g., ball liners, yoga mats), relying on its high elasticity, flexibility and aging resistance to meet needs like shock absorption and sealing. Polyurethane is commonly used in industrial machinery (e.g., wear-resistant wheels, buffer blocks), automobiles (e.g., interior foam, shock-absorbing blocks), construction (e.g., thermal insulation materials, waterproof coatings) and daily consumption (e.g., shoe soles, furniture foam, packaging cushions), with its excellent wear resistance, chemical resistance and adjustable rigidity-flexibility to fit related scenarios. The two have their own advantages—rubber focuses on elasticity and aging resistance, while polyurethane emphasizes wear resistance and environmental tolerance—and they can even be used together sometimes to optimize performance.

Product Parameters