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Core Features

By adding glass fibers, the tensile strength, bending strength, and modulus are significantly improved, while the dimensional stability and heat resistance are also improved. The coefficient of linear expansion is small, and the shrinkage rate of the mold is significantly reduced. The cost is a decrease in the surface smoothness of the product, which may lead to the phenomenon of "floating fibers" and a decrease in toughness. Fiberglass reinforced ABS is an ideal material for manufacturing products with high dimensional accuracy requirements.

Mainstream solution

Short glass fiber reinforcement is the mainstream, with a glass fiber content typically ranging from 10% to 30%. Coupling agent treatment of glass fiber surface to improve interface adhesion with ABS matrix. There are also ABS filled with stainless steel fibers used in scenarios that require electromagnetic interference shielding.

Key data

-Typical fiberglass reinforced ABS: tensile strength, flexural strength, flexural modulus are significantly improved, thermal deformation temperature is increased, linear expansion coefficient is small, and mold shrinkage rate is significantly reduced
-Application positioning: Ideal material for manufacturing products with high dimensional accuracy requirements

Typical Applications

Electronic and electrical components such as air conditioning fans, wire spools, car dashboard brackets, skis, industrial equipment accessories, smart home frames, high-strength and high-precision structural components.