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Carbon Fibers Aramid Fiber Cloth For Building Filling Wall Reinforcement Materials
1. Description:
How is carbon fiber made? Carbon fiber is a fiber as raw material, after high temperature carbonization and chemical oxidation and other chemical treatment, and finally coated with a layer of resin, can get a new high-performance material. Carbon fiber needs different properties according to the application, so other materials can be added during the manufacturing process of carbon fiber to achieve the change of properties.
The carbon fiber doesn't have much to do with the layer of resin on the surface for a long time. When the sun shines, the layer of resin on the surface also ages, but this doesn't affect the use of carbon fiber, because the properties of the material are mainly determined by the carbon fiber inside.
All this talk about the properties and applications of carbon fiber, but the basic stuff is a lot smaller than a human hair, a carbon fiber is about 10 centimeters in diameter, when seven or eight carbon fiber together, about the size of a human hair.
Polyacrylonitrile based carbon fibers belong to the T-1000 class of ultra-high strength carbon fibers, which have higher strength and better overall performance than the CARBON fibers of the T800, and will be used to manufacture aircraft and rockets with better performance.
2. Specifications:
| Name | Carbon Aramid Fiber Cloth For Fishing Rod Cue Tennis Racket K3 Fiber |
| Material | 100%carbon fiber |
| Weight | 200gsm |
| Color | black |
| Width | 1m |
| Yarn count | 3K |
| Style | Two-way plain |
| Standard | En11611, En11612, En1149-3, NFPA2112, Oeko-tex100, and ISO9001:2008,EN388. |
| MOQ | 1000m |
| Packaging | by rolls as 100m/roll or according to your requirements, packing with plastic bag and woven bag. |
| Payment term | T/T |
3. Main uses of the fabric:
In the field of civil construction, it has been used for repairing and processing of sheet materials, building components, substitute reinforcement materials, roof frame materials, etc.
In the field of energy, it has been used for compressed natural gas tanks and windmill blades of automobiles (up to 30-40m), submarine oil field pipelines, elevators, etc.
In terms of automotive equipment, it has been applied to high-end sports cars, body covers, military barracks, saloon car bodies, etc.
Electronic and electrical field, has been used to enhance thermoplastic resin extrusion products, such as antistatic IC plate, notebook computer basket body, with electromagnetic shielding effect;
In addition, there are X-ray boxes, medical bed boards, various rollers for printing, film making and paper making, pressure vessels for air or oxygen breathing and so on.
4. Pictures:
