Cera-NITE (Thermal Conductivity)

Product information
- Overview
- Density, Tensile Properties
- Thermal Loading / Thermal Shock Resistance and Oxidation Resistance
- Thermal Conductivity
- Gas Tightness (He Permeability)
Specifications
Product list
Order sheet

IEST - Institute of Energy Science and Technology -

Advanced SiC/SiC Composites by NITE Process

page :1|2|3|4|5

Thermal Conductivity

(Fig.4 : Room temperature thermal conductivity of Cera-NITE)

Thermal conductivity of Cera-NITE is tailorable by changing the carbon interface structure and thickness and fiber architecture.

By using high termal conductivity carbon fibers and/or changing the interface, the control of thermal conductivity can be more flexible.

Figure 4 is an example of the property for the case of Cera-NITE with 300nm carbon interface for the uni-directionally reinforced UD Cera-NITE and ±90 Cross-ply (CP)Cera-NIT, measured by laser flash method.

The average value for UD and CP is 20.3 W/mK and 20.38W/mK, respectably.

Thermal Loading / Thermal Shock Resistance and Oxidation Resistance

Gas Tightness (He Permeability)

* Product definition may vary by country. Please check with INDES for product and service details.
* Specification subject to change without previous notice.