20% Long Carbon Fiber Reinforced Polypropylene (LFT-PP-CF20-BC02B)
This is where high-end performance becomes accessible. Our LFT-PP-CF20-BC02B brings the benefits of -extreme stiffness and low weight-into the realm of cost-effective, high-volume production. By reinforcing a versatile polypropylene matrix with 20% long carbon fibers, we deliver a significant performance leap over traditional glass fiber composites. In short, this page details an intelligent engineering solution for high-performance lightweighting (LFT-PP-CF20-BC02B) - blending the exceptional specific stiffness of 20% long carbon fiber with the cost-effectiveness and processability of polypropylene, ideal for demanding auto parts, drones, and sporting goods.
Q: What is PP CF20?
A: It is a Polypropylene (PP) composite reinforced with 20% (CF). Our version offers superior stiffness-to-weight ratio compared to glass fiber, making it perfect for lightweight structural and high-performance .
is significantly stiffer and stronger than glass fiber. This allows for the design of parts that are much lighter and more rigid, which is critical for performance-driven applications.
A: It provides an excellent balance of high performance and affordability. You get the lightweighting and stiffness benefits of combined with the easy processability, chemical resistance, and cost-effectiveness of a polypropylene matrix.
LFT-PP-CF20 represents a significant upgrade in stiffness-to-weight performance over traditional materials, enabling next-generation lightweight designs.
Core Advantages of LFT-PP-CF20
Exceptional Stiffness-to-Weight
Delivers the rigidity of much heavier materials at a fraction of the weight, improving efficiency and performance.
The carbon fiber provides a unique, high-tech aesthetic, enabling premium-looking parts with minimal post-processing.
Exhibits very low coefficient of thermal expansion (CLTE) and low warpage, ensuring parts maintain their shape and tolerances.
A leading manufacturer of professional drones needed to develop a new, lighter, and more rigid frame for their flagship cinematography drone. The frame arms needed to be extremely stiff to eliminate vibration and ensure stable, "jello-free" video footage, yet as lightweight as possible to maximize flight time. Traditional glass-filled nylon was too heavy, and a full thermoset carbon fiber frame was too expensive and slow to manufacture for their production targets.
The Solution: LFT-PP-CF20-BC02B
Our long carbon fiber PP composite provided the perfect balance. The 20% long carbon fiber reinforcement delivered the exceptional stiffness required to create a stable camera platform, significantly outperforming the previous glass fiber design. The low-density polypropylene matrix resulted in a 25% weight reduction. Crucially, the material's suitability for high-speed injection molding allowed the manufacturer to meet their production goals and cost targets.
Result: A 25% lighter and 40% stiffer drone frame that eliminated video vibration, increased flight time by 15%, and met all cost and production volume targets.
Technical Specifications (Grade: LFT-PP-CF20-BC02B)
| ISO 1183 | 1.01 g/cm³ | |
| ISO 178 | 9,500 MPa | |
| ISO 527 | 120 MPa | |
| Notched Izod Impact (23℃) | ISO 180 | 25 kJ/m² |
| Heat Deflection Temp (0.45 MPa) | ISO 75 | 160 ℃ |
Download Complete LFT PP CF20 Data Sheet PDF
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