Ceramic Compound is suited for high-temperature heaters.

Press Release Summary:




Provided in powder form and mixed in ratio of 100 parts powder to 18-20 parts water, Ceramacast(TM) 645N fused silica-based ceramic compound can be used to encapsulate small ceramic and metal housings used in devices such as heaters, flowmeters, and pressure and temperature sensors to 3,000°F. Material bonds to ceramics and metals and exhibits minimal thermal conductivity, dielectric strength of 300 V/mil, compressive strength of 7,000 psi, and chemical resistance.



Original Press Release:



Ceramacast(TM) 645N Now Used for High Temp Heaters



SUMMARY
Ceramacast(TM) 645N, a new high temperature ceramic potting compound developed by Aremco Products Inc., is now used to encapsulate and insulate high temperature, light-weight heaters for applications to 3000°F (1650°C).

FEATURES
Aremco's Ceramacast 645N is a fused silica based ceramic compound ideal for encapsulating small ceramic and metal housings used in a variety of high temperature devices such as heaters, flow meters, and pressure and temperature sensors to 3000 °F (1650 °C). Key attributes include excellent bonding to ceramics and metals, ultra low thermal conductivity, high dielectric strength of 300 volts per mil, high compressive strength of 7,000 psi, and exceptional chemical resistance.

Ceramacast 645N is a simple to use compound. It is provided in a powder form and is mixed in a ratio of 100 parts powder to 18-20 parts water. The mixture sets at room temperature in less than 8 hours, then fully cures at 200 °F and 250 oF for 2-4 hours, respectively. The shrinkage rate when fired to 1000 °F is less than 0.3%.

Ceramacast 645N is an environmentally friendly product that contains no asbestos or volatile organic compounds. It can be applied easily by syringe, squeeze bottle or automatic dispensing equipment. It is available from stock in quart, gallon and 5 gallon containers.

Please contact Aremco's Technical Sales Department for more information about Ceramacast(TM) 645N.

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