item no.:
PP-NA-LCF30Payment:
T/T or L/C (other payment ways also can be diproduct origin:
Xiamen, ChinaColor:
Original color (also can be customized)shipping port:
Xiamen, ChinaPP-LCF is a high-performance polypropylene composite reinforced with long carbon fibers. It combines the lightweight characteristics of PP with the excellent stiffness, strength and dimensional stability of carbon fiber reinforcement.
Designed for demanding structural applications, PP-LCF provides an attractive solution for metal replacement and lightweight engineering.
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Long carbon fiber reinforcement significantly enhances the mechanical performance of polypropylene, making it suitable for advanced lightweight engineering applications.
Excellent rigidity and flexural performance for structural components.
Low-density material with high specific mechanical performance.
Improved dimensional consistency and reduced warpage potential.
An alternative for selected metal components requiring weight reduction.
Polypropylene (PP) is a lightweight thermoplastic polymer known for its chemical resistance, moisture resistance and ease of processing. Its density is approximately 0.90–0.91 g/cm³.
By incorporating long carbon fibers, PP can achieve significantly improved tensile strength, flexural modulus, impact performance and dimensional stability compared with unreinforced polypropylene.
PP-LCF is particularly suitable for automotive structural parts, industrial equipment and other applications requiring high stiffness and lightweight design.
Explore the physical and mechanical properties of our PP-LCF material. Actual performance depends on the specific grade and carbon fiber content.
PP-LCF pellets are designed for injection molding, allowing the production of complex components with excellent structural performance.
Proper screw design, nozzle configuration, mold structure, gate location and processing parameters are important to minimize fiber breakage and maintain the desired mechanical properties.
PP-LCF is suitable for large injection-molded parts and structural components requiring high stiffness, strength and lightweight performance.
Structural parts, seat structures and selected battery-related components.
Lightweight structural components and equipment housings.
Components requiring weight reduction and mechanical reinforcement.
Consistent quality and reliable performance are essential for engineering plastics. Our laboratory can evaluate material properties through a range of physical, thermal and mechanical tests.
Our continuous fiber impregnation process combines carbon fiber rovings with molten thermoplastic resin to produce long fiber reinforced composite pellets.
Carbon fiber rovings are prepared and fed into the production line.
Polypropylene resin is melted and prepared for impregnation.
Continuous carbon fibers are impregnated with molten PP resin.
The composite strands are cooled and solidified.
The composite strands are cut into pellets, typically 12–13 mm long.
LFT-G is committed to quality management, technical development and continuous improvement in long fiber reinforced thermoplastic manufacturing.
Find answers to common questions about PP-LCF material properties, processing and applications.
Whether you are developing lightweight automotive components or replacing metal with reinforced thermoplastics, our team can help you identify a suitable material grade for your application.
Contact LFT-G for Technical Support
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