Recommended For
- Plastic reinforcement
- Nylon modification
- Resin reinforcement
- Conductive compounds
- Friction materials
Chopped carbon fiber in 3 mm, 6 mm, 12 mm and custom lengths for thermoplastics, concrete, resin compounds and specialty composites.
Chopped carbon fiber is precision-cut from continuous tow and supplied with sizing options for polymers, thermoset resin systems and industrial composite formulations.
Chopped fiber performance depends on matrix compatibility and compounding conditions. Customer trials are recommended.
| Grade | Typical length | Typical diameter | Sizing by order | Packaging by order | Indicative use |
|---|---|---|---|---|---|
| FRPH-CCF3 | 3 mm typical | Approx. 7 µm typical | EP / PA / PP / custom by order | Bag/carton by order | Fine compounds |
| FRPH-CCF6 | 6 mm typical | Approx. 7 µm typical | EP / PA / PP / custom by order | Bag/carton by order | Injection molding and resin compounds |
| FRPH-CCF12 | 12 mm typical | Approx. 7 µm typical | EP / PA / PP / custom by order | Bag/carton by order | Higher reinforcement demand |
| FRPH-CCF25 | 25 mm typical | Approx. 7 µm typical | Custom by order | Bag/drum by order | Specialty composites |
The overview explains typical buyer context without replacing customer testing, engineering validation or official batch documents.
Chopped Carbon Fiber is made by cutting continuous carbon fiber tow into controlled lengths. It can be used as a reinforcement or functional additive in thermoplastic, thermoset, cementitious and friction materials.
Short fiber length and sizing are selected according to compounding method, resin compatibility, feeding behavior and final part properties.
FRP HOME can discuss standard 3 mm, 6 mm and 12 mm chopped carbon fiber, with custom length and sizing by project requirement.






| Property | Typical value | Remark |
|---|---|---|
| Density | Approx. 1.75–1.85 g/cm³ typical | Fiber dependent |
| Tensile modulus of source fiber | Standard modulus or intermediate modulus by raw material | By raw material |
| Moisture | Low moisture typical with sealed packing | Batch check available |
| Bulk density | Depends on length and sizing | Confirmed by grade |
| Storage | Dry, sealed, avoid contamination | Dust control recommended |
Material suitability should be verified through the customer's process, design requirements and application testing.
This is a practical shortlist for RFQ preparation. Final suitability depends on customer testing, resin compatibility and engineering validation.
Start with fiber length or powder mesh, sizing type and target resin or plastic.
Confirm the required performance target such as strength, conductivity, wear or dimensional stability.
Share packaging and handling requirements for compounding or resin modification.
Brand availability depends on stock, batch, order quantity, destination country and compliance review. We do not imply official authorization unless separately stated.
Document availability depends on material family, specification, order agreement and batch. Final values are confirmed by official documents, not by website examples.
Material specifications, typical properties and recommended use.
Hazard information, handling guidance and safety measures where applicable.
Batch information and material characteristics when available for confirmed orders.
Packing method depends on roll size, component geometry, quantity and destination. Roll protection, cartons, pallets, labels and packing photos can be discussed before shipment.
6 mm is a common starting point for many compounds, while 3 mm and 12 mm may be selected for different feeding and reinforcement requirements.
Sizing can be discussed for epoxy, PA, PP, PEEK and other matrix systems depending on order quantity and supplier availability.
Use these guides to compare material options and prepare a specification-first RFQ. Final order values remain subject to quotation and document review.
Include the selected product type, end use, destination country, required documents and any drawings or previous specifications.