Thermal Ceramics LS K-Shield Felt
Material Notes: K-Shield Felt products are produced from premium, cleaned Kaowool high-purity fibers and a special thermosetting binder system in a unique paper-making process. The cleaning process dramatically improves the thermal conductivity, insulating value, and vibration resistance of the felt, while also making it an ideal product for die-cutting, fabrication, and handling. K-Shield Felts are both compressible and resilient, while exhibiting excellent flexibility and handling strengths. The special binder system eliminates smoke problems and allows for minimal off-gassing. Due to their unique semi-rigid yet flexible form, K-Shield Felts offer some special properties in comparison to traditional blankets and papers. The standard K-Shield Felt, K-Shield Felt LS, and K-Shield Felt AG are premium, low-shot products produced from cleaned high-purity ceramic fibers. The K-Shield Felt LS is a very clean, lower-shot product developed for those very demanding applications. These products have very low thermal conductivites and exhibit excellent vibration resistance. The K-Shield Felt AG is designed specifically for aerospace insulation applications and is approved for both the BMS9-19 and AMS 3680-Rev. C specifications. These approvals include meeting specific tests related to optimum performance in aerospace insulation applications. Features: Extremely low thermal conductivity and heat storage Excellent flexibility with good handling strength for fabrication and die-cutting High temperature stability Low organic binder content with minimal off-gassing Low shot (unfiberized material) content Lightweight, yet resilient Continuous use limit of 2300°F (1260°C) Applications: Automotive heat shields and muffler insulation Aerospace insulation High-temperature gasketing Commercial and domestic appliance insulation Expansion joints Parting agent in heat treating and metal working Glassware separator Information provided by Thermal Ceramics
Available Properties |
- Density
- Loss On Ignition
- Tensile Strength, Ultimate
- Thermal Conductivity
- Melting Point
- Maximum Service Temperature, Air
- Other Element Content
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