Start with fiber length or powder mesh, sizing type and target resin or plastic.
Milled Carbon Fiber Powder
Milled carbon fiber powder for conductive fillers, friction materials, coatings, thermoplastic compounds and functional composite modification.
Milled Carbon Fiber Powder in one minute.
Milled carbon fiber powder is supplied in controlled average fiber lengths for resin, rubber, coating, cement and thermoplastic compound reinforcement.
- Product type
- Short Fiber Additive
- Form
- Milled carbon fiber powder
- Mean length
- 30-300 µm typical
- Fiber diameter
- Approx. 7 µm typical carbon fiber
- Packaging
- Bag, carton or fiber drum
- Documents
- TDS / SDS / COA by product scope and order agreement
- End-use review
- Some high-performance carbon fiber materials, prepregs, yarns, tow, CFRP components and related products may require end-use and end-user review before quotation or shipment.
Milled carbon fiber range
Milled fiber data is indicative. Dispersion and compound performance must be evaluated in the customer's matrix.
| Grade | Typical mean length | Typical diameter | Sizing by order | Packaging by order | Indicative use |
|---|---|---|---|---|---|
| FRPH-MCF30 | Approx. 30 µm typical | Approx. 7 µm typical | Unsized / custom by order | Bag/carton by order | Fine conductive filler |
| FRPH-MCF80 | Approx. 80 µm typical | Approx. 7 µm typical | Unsized / custom by order | Bag/carton by order | Compounds and coatings |
| FRPH-MCF150 | Approx. 150 µm typical | Approx. 7 µm typical | Unsized / custom by order | Bag/carton by order | Resin and plastic reinforcement |
| FRPH-MCF300 | Approx. 300 µm typical | Approx. 7 µm typical | Unsized / custom by order | Bag/carton by order | Higher aspect-ratio filler |
How Milled Carbon Fiber is used.
The overview explains typical buyer context without replacing customer testing, engineering validation or official batch documents.
Milled Carbon Fiber Powder is produced by milling carbon fiber into short fibrous particles. It is used to improve conductivity, wear resistance, stiffness and dimensional stability in selected matrix systems.
Typical applications include thermoplastic compounds, resin modification, coatings, brake and clutch materials, conductive adhesives, rubber and cementitious materials.
Particle length, bulk density, moisture and sizing should be selected according to feeding behavior, dispersion method and final compound performance.
Common options for RFQ preparation.
Typical TDS items
| Property | Typical value | Remark |
|---|---|---|
| Carbon content | High carbon fiber content typical | By raw material |
| Density | Approx. 1.75–1.85 g/cm³ typical | Fiber dependent |
| Moisture | Low moisture typical with sealed packing | Batch check available |
| Bulk density | Depends on length and milling | Confirmed by grade |
| Storage | Dry, sealed, away from ignition sources | Dust control required |
Where this product is commonly specified.
Material suitability should be verified through the customer's process, design requirements and application testing.
Selection guidance before sampling.
Confirm the required performance target such as strength, conductivity, wear or dimensional stability.
Share packaging and handling requirements for compounding or resin modification.
Details requested for Chopped / Milled / Powder.
Brand availability depends on stock, batch, order quantity, destination country and compliance review.
TDS / SDS / COA
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.
Confirm packing before shipment.
Packing method depends on roll size, component geometry, quantity and destination. Roll protection, cartons, pallets, labels and packing photos can be discussed before shipment.
Common buyer questions.
Is milled carbon fiber powder the same as carbon black?
No. Carbon fiber powder is milled fibrous carbon reinforcement, while carbon black is a particulate carbon filler with different morphology and behavior.
How should carbon fiber powder be selected?
Selection depends on target conductivity, mechanical reinforcement, feeding behavior, dispersion method and the resin or polymer matrix.
Compare adjacent material options.
Send us the specification for Milled Carbon Fiber.
Include the selected product type, end use, destination country, required documents and any drawings or previous specifications.





