[Product name] LFT-TPU 50%LGF

【 Product composition 】
It is mainly composed of thermoplastic substrates TPU and long glass fibers, and also contain various additives (such as compatibilities, antioxidants, lubricants, etc.).

【 Product features 】

1. High strength and high rigidity: The existence of long glass fiber significantly improves the tensile strength, bending strength and bending modulus of the material.
2. Good impact resistance: While maintaining high strength, it has excellent impact resistance, especially low temperature impact resistance.
3. Excellent dimensional stability: effectively reduce the dimensional changes in the processing and use of products.
4. Low warping: It reduces the warping degree of the product after molding and improves the flatness of the product.
5. Good heat resistance: compared with unenhanced thermoplastics, the heat resistance has been significantly improved.
6. Good chemical resistance: It has a certain tolerance to a variety of chemical substances.

【 Technical index 】

1. Glass fiber content: 50%
2. Tensile strength: 220Mpa ~Standard ISO527
3. Bending strength: 350Mpa ~Standard ISO178
4. Impact strength:35Kj/m2 ~Standard ISO180/1A
5. Thermal deformation temperature: 95℃ ~Standard ISO75

【 Application field 】

1. Automotive industry: Used to manufacture auto parts, such as bumper parts, dashboard brackets, engine hood covers, etc.
2. Electronic appliances: such as shell, frame, connector, etc.
3. Mechanical manufacturing: gear, bearing seat, structural parts, etc.
4. Sports equipment: skis, bicycle parts, etc.

【 Usage method 】

1. Injection molding: according to the shape and size of the product, choose the appropriate injection molding machine and mold, adjust the injection molding process parameters, such as temperature, pressure, speed, etc.
2. Extrusion molding: used to produce pipe, plate and other profiles.

【 Note 】

1. Storage conditions: Store in a dry, ventilated and clean environment to avoid moisture, heat and pollution.
2. Processing temperature: strictly control the processing temperature to avoid material degradation or glass fiber damage caused by excessive temperature.
3. Mold design: considering the flow characteristics of materials and glass fiber orientation, optimize the mold structure.
4. Equipment cleaning: When replacing different materials or brands, thoroughly clean the equipment to prevent cross-contamination.

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