PP+CF30 Carbon Fiber Compounds

PP+CF30 Carbon Fiber Compounds

Details
PP+30%cf long carbon fiber Compounds
Feature:high strength, excellent wear resistance, high impact
Product Model: LFT-PP-BC03B cf30
Fiber Content:30% Long carbon fiber
Color: Natural/Black
OEM/Brand: Available
Sample: Available
Category
PP LCF Compound
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Description
Technical Parameters

30% Long Carbon Fiber Reinforced Polypropylene (LFT-PP-CF30-BC03B)

This is where strength-to-weight performance reaches its peak. Our LFT-PP-CF30-BC03B grade elevates the capabilities of polypropylene to new heights by reinforcing it with a substantial 30% loading of long carbon fibers. The result is a structural composite with a stiffness and strength profile that directly challenges traditional metals like aluminum, at a significantly lower density. In short, this page details an engineering solution for ultimate lightweighting (LFT-PP-CF30-BC03B) - blending the structural performance of 30% long carbon fiber with the cost-effectiveness and durability of polypropylene for next-generation auto parts, sporting goods, and industrial applications.

Q: What is PP CF30?

A: It is a high-performance Polypropylene (PP) composite reinforced with 30% carbon fiber (CF). The use of long carbon fiber creates a structural material with exceptional stiffness, making it a powerful yet lightweight choice for demanding auto parts and professional sport parts.

Q: How strong is 30% carbon fiber composite?

A: Very strong, especially for its weight. A 30% long carbon fiber PP composite can achieve a flexural modulus over 10,000 MPa, putting it in the performance range of some metal alloys but at less than half the density. This high stiffness-to-weight ratio is its key advantage.

Q: Can it replace aluminum auto parts?

A: Yes. In many semi-structural applications like brackets, housings, and interior frames, LFT-PP-CF30 can replace die-cast or machined aluminum, offering significant weight savings (up to 50-60%), corrosion resistance, and lower manufacturing costs through injection molding.

The Lightweighting Performance Spectrum

When ultimate lightweighting is the goal, the choice of reinforcement is critical. Carbon fiber provides a level of specific stiffness that is unmatched by other materials at a comparable cost point.

LFT-PP-CF30-BC03B
 
LFT PP GF30
 
Aluminum (6061)
 
Steel (Mild)
 
Metric: Specific Stiffness (Stiffness-to-Weight Ratio) → Higher is Better

Core Value Proposition

stable performance like replace metal

Structural Performance

Delivers metal-like stiffness and strength for demanding load-bearing applications.

light weight like feather

Ultimate Lightweighting

Significantly reduces part weight compared to metals and glass fiber composites, boosting efficiency.

Good cost with stable performance

Affordable Performance

Provides the benefits of carbon fiber in a cost-effective, high-volume injection molding process.

Case Study: Motorsport Racing Seat Frame

The Challenge

A manufacturer of aftermarket racing seats needed a material for their new flagship model. The primary goals were to drastically reduce weight to improve vehicle lap times and to provide exceptional rigidity for driver safety and feedback. The traditional handmade thermoset carbon fiber shell was extremely expensive and slow to produce, limiting their market reach. They needed a solution that offered comparable performance but was suitable for scalable production.

The Solution: LFT-PP-CF30-BC03B

Our 30% long carbon fiber PP composite was the perfect fit. It provided the high stiffness needed to create a rigid, protective shell that gave drivers excellent chassis feedback. The material's very low density allowed for a 40% weight reduction compared to a previous glass fiber prototype. Most importantly, the ability to injection mold the entire seat shell in a cycle time of under two minutes allowed the company to scale production and offer a high-performance carbon fiber seat at a much more competitive price point.

Result: A 40% lighter seat frame that passed all FIA safety tests, with a 70% reduction in manufacturing time compared to the thermoset process.

Racing seat frame

Technical Specifications (Grade: LFT-PP-CF30-BC03B)

Property Test Method Value
Density ISO 1183 1.02 g/cm³
Flexural Modulus ISO 178 12,500 MPa
Tensile Strength ISO 527 128 MPa
Notched Izod Impact (23°C) ISO 180 43 kJ/m²
Heat Deflection Temp (0.45 MPa) ISO 75 158 °C

 

Download Complete LFT PP-CF30 Data Sheet PDF

 

 

 

Applications Where Lightweight Strength Wins

Automotive tailgate or liftgate structure

Automotive Body Panels & Structures

For large structural parts like liftgates, sunroof frames, and front-end modules where reducing weight directly translates to improved vehicle dynamics and efficiency.

A high-speed industrial robotic arm component made from lightweight PP CF30 nylon carbon fiber composite

Industrial Robotics

Ideal for the structural arms and end-of-arm tooling (EOAT) of high-speed robots. Lower weight means lower inertia, allowing for faster, more precise movements and reduced energy consumption.

product-644-283

 

 

Medical & Scientific Instruments

For structural frames and housings of portable medical devices and scientific instruments, where high stiffness is needed for precision, and low weight is critical for usability.

Ready to Redefine Lightweight?

Embrace the future of structural composites with LFT-PP-CF30. Contact our team to explore how you can make your products lighter, stiffer, and more competitive than ever before.

Start Your Lightweighting Project

 

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