Carbon fiber biaxial cloth knitting fabrics and carbon fiber woven fabrics are different, lies in the biaxial warp knitting fabric structure in the lining warp and weft lining carton yarns in a certain direction parallel to the straightening, the carton fabric in the fiber in a non-flexing state, so endowed with the biaxial cloth knitting fabrics many excellent mechanical properties.
And Carbon fiber biaxial cloth knitting multi-axial fabric is made of more than every yarn in the material, make full use of the performance of the yarn, improve the fabric layer straightening and parallel arrangement of the yarn layer, the use of warp knitting structure organization tied together into. Such a structure can give full play to the mechanical properties such as tensile, compression and impact resistance.
| Item |
Areal Weight(g/m2) |
Structure |
Carbon Fiber Yarn(K) |
Width(mm) |
| BH-CBX150 |
150 |
±45Degree |
12 |
1270 |
| BH-CBX400 |
400 |
±45Degree |
24 |
1270 |
| BH-CLT150 |
150 |
0/90Degree |
12 |
1270 |
| BH-CLT400 |
400 |
0/90Degree |
24 |
1270 |
Biaxial carbon fiber cloth is used in a very wide range of composite reinforcement applications, from general carbon fiber components such as carbon fiber automobile hoods, seats, and submarine frames, to high-temperature resistant carbon fiber molds such as prepregs.
Application areas:
Aerospace: airframe, rudder, engine shell of rocket, missile diffuser, solar panel, etc.
Sports equipment: automobile parts, motorcycle parts, fishing rods, baseball bats, sledges, speedboats, badminton rackets and so on.
Industry: engine parts, fan blades, drive shafts, and electrical parts.
Fire fighting: It is suitable for the production of fireproof clothing for troops, fire fighting, steel mills and other special categories.
Construction: Increase in the use load of the building, change in the use function of the project, aging of the material, and the concrete strength grade is lower than the design value.
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