Carbon Felt
Lightweight, low-density insulation providing high thermal resistance, low thermal conductivity, and stable performance. Used to reduce heat loss and protect furnace components at elevated temperatures.
Market: Vacuum Furnace
Graphite Felt
High-temperature insulation with improved thermal stability and lower thermal shrinkage than carbon felt. Provides efficient heat shielding and uniform thermal gradients in furnaces operating at very high temperatures.
Graphitized Fiberboard
Rigid structural insulation for high-temperature furnaces and thermal batteries. Offers machinability, dimensional stability, and excellent thermal shock resistance with low outgassing.
FlexShield
Impervious, gas-tight protective liner designed to shield furnace insulation from reactive gases. Provides mechanical robustness, chemical resistance, and dimensional stability at elevated temperatures.
C/C Woven
Net-shape structural material offering complex geometry capability with good strength, low weight, low thermal expansion, and durability in high-temperature furnace environments.
Densified C/C
High-density structural material for furnace tooling and fixturing where high stiffness, dimensional stability, oxidation resistance, and long service life are required. Suitable for repeated thermal cycling.
Short-Fiber C/C
Net-shape structural material offering complex geometry capability with good strength, low weight, low thermal expansion, and durability in high-temperature furnace environments.
Complex Shapes – Industrial Applications
Proprietary CMC material for complex-shaped components with superior resistance to oxidation and chemical attack. Produced in under 3 weeks vs. 70–80 days for CVI.