PAN-based carbon fiber felt is made of polyacrylonitrile staple fiber, through weaving acupuncture and high temperature processes to make sure felt has good function and obtained by pre-oxidation, carbonization and graphitization processes, it’s a kind of traditional thermal insulation material.

Technical data:

Surface treatment: Can be treated based on customer requirements, such as resin coating or siliconization.

Main Characteristics:

1. High strength and modulus: PAN-based carbon fiber felt has excellent mechanical properties, with a strength and modulus that are 2-3 times and 5-10 times that of steel, respectively.

2. Good thermal stability: PAN-based carbon fiber felt is not easily decomposed at high temperatures and can be used for long periods in high-temperature environments.

3. Excellent conductivity: PAN-based carbon fiber felt has good electrical conductivity and can be used as a current collector material for batteries.

4. Low density: PAN-based carbon fiber felt has a low density and can be used for the manufacture of lightweight materials.

5. High surface area: PAN-based carbon fiber felt has a high surface area and can be used as a catalyst support material.

Main Applications:

1. Aerospace: PAN-based carbon fiber felt can be used for the manufacture of aerospace components and structural materials, such as guidance wings, fuselage, engine covers, etc.

2. Automotive: PAN-based carbon fiber felt can be used for the manufacture of automotive components, such as bodywork, doors, dashboards, etc.

3. Battery manufacturing: PAN-based carbon fiber felt can be used as a current collector material for batteries.

4. Chemical industry: PAN-based carbon fiber felt can be used as a catalyst support material and filtration material.

5. Other industries: PAN-based carbon fiber felt can also be used in shipbuilding, construction materials, electronic components, and other fields.