



The application advantages of carbon fiber are mainly reflected in the following aspects:
Lightweight: reduce weight and improve energy efficiency
Very high stiffness
Excellent tensile and bending properties
High impact resistance
Thermal resistance
Good shock absorption;
Conductivity
Low thermal expansion coefficient
Twist direction: |
Z | Fineness of yarn: | 70 (2 x 35)TEX |
| Yarn twist: | 230T/M | Finish level: | 1% |
| Resistivity: |
490Ω/m | Tensile strength: | 48N |
| Knot strength: | ≥ 2N | Loop strength | ≥ 10N |
| Elongation at break: | ≥ 0.8% | Max. temperature range: | 700-1000°C |
Twist direction: |
Z |
| Yarn twist: | 230T/M |
| Resistivity: | 490Ω/m |
| Knot strength: | ≥2N |
| Elongation at break: | ≥0.8% |
| Fineness of yarn: | 70 (2 x 35)TEX |
| Finish level: | 1% |
| Tensile strength: | 48N |
| Loop strength | ≥10N |
| Max. temperature range: | 700-1000°C |
Stretch-broken carbon fiber yarn
| Content: | 100% carbon fiber |
| Specification : | 70 (2 x 35)TEX |
| Color: | Black |
| Use: | Weaving |
| Feature: | Low Shrinkage, High Temperature Resistant, Chemical-Resistant, Abrasion-Resistant, flame retardant |
| MOQ: | 10 kilograms |
| Meet standard : | AATCC/ASTM, EN, ISO, GB, AS |
| Application : | Used for protective clothing, flame retardant curtains, carbon fiber fabric weaving |


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