Engineering Plastics
Reinforce PA, PP, PPS and other engineering plastics for higher strength, stiffness and heat resistance
Application Scenarios
Where carbon fiber reinforced plastics add value
Automotive
Under-hood, structural and interior parts requiring stiffness and lightweight
Electronics
Housings and structural parts needing EMI-friendly, stiff compounds
Industrial Equipment
Gears, brackets and wear-resistant industrial components
Aerospace & Industrial
Secondary structures and industrial parts with strict weight targets
Material Solutions
Typical matrix systems paired with recycled carbon fiber
PA (Nylon) Compounds
High strength and heat resistance for demanding structural parts
- High strength and stiffness
- Improved wear resistance
- Higher HDT vs. unfilled resin
PP Compounds
Cost-effective lightweighting for large parts and enclosures
- Low density
- Attractive cost vs. performance
- Good chemical resistance
PC Compounds
Impact resistance with added stiffness for housings and covers
- High impact performance
- Tinted / opaque grades available
- Improved dimensional stability
PBT Compounds
Electrical and precision parts with good dimensional behavior
- Electrical insulation (compound-dependent)
- Good dimensional stability
- Chemical resistance
Illustrative Compound Performance
Reference ranges—optimize with your resin, fiber content and process
| System | Fiber content | Tensile strength | Flexural modulus | Notched impact |
|---|---|---|---|---|
| CF-PA6 | 20-30% | 180-220 MPa | 12-15 GPa | 80-120 kJ/m² |
| CF-PP | 15-25% | 100-140 MPa | 6-9 GPa | 40-70 kJ/m² |
| CF-PC | 20-30% | 150-190 MPa | 10-14 GPa | 60-90 kJ/m² |
| CF-PBT | 15-25% | 130-170 MPa | 8-12 GPa | 50-80 kJ/m² |
Case Snapshots
Examples of compounded product directions
Automotive structural bracket
CF-PA compound replacing metal for a bracket with weight and corrosion benefits
Electronics housing
CF-PC for stiff, lightweight enclosure with tailored EMI performance
Industrial wear part
CF-PP for large, cost-sensitive parts needing higher modulus
FAQ
Engineering plastics compounding with recycled carbon fiber
What fiber lengths are available?
We typically supply chopped fiber in the 3–50 mm range; lengths can be discussed for your extrusion or compounding line.
How do you improve dispersion?
Surface treatment and processing guidance help achieve uniform dispersion; we support screw configuration and feeding recommendations.
Can you match a target modulus or strength?
Loading level, fiber length and matrix selection all interact—we work toward your targets with iterative trials.
Minimum order quantity?
MOQ depends on grade and format; contact us with your volume and specification for a proposal.
Discuss Your Compounding Project
Our team can help select fiber format and loading for your resin system
Contact Us