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Graphite hard felt Cylinder (commonly known as carbon fiber composite hard felt, cured felt, carbon fiber-reinforced, etc.) is made by a special process that integrates graphite paper, polyacrylonitrile-based carbon felt, and polyacrylonitrile-based carbon cloth into one body, curing After molding, then primary and secondary high-temperature treatment.
Cylinder SHAPE Graphite hard felt has excellent ablation resistance, thermal shock resistance, airflow erosion resistance, and thermal insulation performance. It has the advantages of high rigidity, self-supporting, high strength, no short fiber drop, low thermal conductivity, and other advantages that traditional thermal insulation materials do not have.
Physical and chemical indicators:
main material | PAN-CF / asphalt-CF / viscose-CF | Sheet specifications | length(mm) | 10-3000 |
Bulk density(g/CM3)) | 0.22-0.28 | width(mm) | 10-2000 | |
Thermal conductivity | 0.15-0.25(25℃)0.40-0.45(1400℃) | thickness(mm) | 5-300 | |
Barrel specifications | diameter(Φ) | Φ100-Φ2500 | ||
Carbon content(%) | ≧99 | Wall thickness(T) | 5-150 | |
bending strength(Gpa) | 1.5-3.2 | Tube height | 100-3000 | |
Flexural strength(Gpa) | 1.0-2.5 | Use environment | air(℃) | ≦350 |
ash content(ppm) | ≦200 | vacuum(℃) | ≦2200 | |
Processing temperature | First≧1800 Second≧2200 | Inert atmosphere(℃) | ≦3000 |
Temperature resistance: 1800 ℃ in vacuum, 2850 ℃ in inert gas
Features:
Excellent ablation resistance
Thermal shock resistance
Airflow erosion resistance and thermal insulation performance.
Graphite Hard Felt has the advantages of high rigidity, self-supporting, high strength, no short fiber drop, low thermal conductivity, and other advantages that traditional thermal insulation materials do not have.