Fiber TPU Granules, High Hardness, Wear Resistance GF Series For Industrial Casters And Electronic Accessories

Fiber TPU Granules,High Hardness, Wear Resistance GF Series for Industrial Casters and Electronic Accessories

Product Description

GF-71D40 is a premium fiber reinforced TPU of Dingzhi GF series, engineered for high-demand industrial applications. It features ultra-high hardness, excellent wear resistance and superior impact strength, with an ultra-high flexural modulus for stable structural performance. This easy-molding TPU is ideal for manufacturing casters, industrial wheels and high-strength electronic accessories, delivering durable and reliable performance in heavy-duty working conditions.

Its advanced fiber reinforcement technology ensures enhanced dimensional stability even under extreme temperature fluctuations, making it suitable for use in both indoor industrial settings and outdoor environments exposed to varying climatic conditions. Additionally, the material exhibits exceptional chemical resistance, effectively withstanding exposure to oils, solvents, and common industrial chemicals, thus extending the service life of components made from it. The optimized flow properties during molding allow for the production of complex geometries with precise tolerances, meeting the stringent requirements of modern industrial part manufacturing.

Relationship between Fiber-Filled TPU and TPU

Fiber-filled TPU is a modified type of TPU. Standard TPU is the base material. Fiber-filled TPU adds fiber to improve strength and rigidity. Compared with standard TPU, fiber-filled TPU has higher hardness, better rigidity and higher dimensional stability, suitable for industrial parts.

These added fibers, which can be glass fibers, carbon fibers, or other reinforcing materials, form a network structure within the TPU matrix, effectively transferring stress and enhancing the material's load-bearing capacity. This structural modification not only elevates the mechanical properties but also reduces the material's creep under long-term use, making it more reliable in applications where dimensional accuracy and structural integrity are critical. Additionally, the introduction of fibers can also bring about changes in other performance aspects, such as improved heat resistance and wear resistance, expanding the range of industrial scenarios.