ABS glass fiber reinforced material, mainly used for intelligent toilet base, exhaust fan leaf, tea set, corresponding brands: ABS-GF2(C01), ABSGF4(C01), ABS-301G30-103A, ABS-13002.

According to glass composition, glass fiber can be divided into alkali-free (E-glass), medium-alkali (C-glass), high-strength glass fiber, AR glass fiber, A glass, E-CR glass, D glass, etc. Glass fiber is an inorganic non-metallic material with excellent performance. It not only has the advantages of non-combustibility, high temperature resistance, electrical insulation, high tensile strength, and good chemical stability, but also can use organic coating treatment technology for deep processing and expanding products. Applications.

ABS glass fiber reinforced material is a thermoplastic material made of ABS resin as the main body and adding proper amount of surface-treated glass fiber to the twin-screw extruder. ABS glass fiber reinforced material not only maintains the original mechanical properties, thermal stability and processing of ABS plastic; it also improves its tensile strength, elastic modulus, and thermal deformation temperature, enhances the dimensional stability of the product, and significantly reduces Molding shrinkage.

Amorphous resins such as ABS have high melt viscosity, and the dispersion of glass fibers or glass fiber amorphous resin composites in the resin is difficult. When the composite matrix is a crystalline polymer, the glass fiber dispersion becomes better, making it generally incompatible with the amorphous resin. The dispersion of glass fibers can lead to poor product appearance, low surface gloss, difficult to spray, and can adversely affect the physical properties of the value. On the other hand, the glass fiber is pretreated before being added to the resin to increase the compatibility between the glass fiber and the resin, which can further enhance the reinforcing effect. Therefore, improving the dispersion of glass fiber and increasing the compatibility of glass fiber and matrix resin is the focus of the development of glass fiber reinforced ABS resin.