Silicon carbide heating elements are made by adopting special match and advancedtechnical. These products feature of lower resistance at cold end, uniform at hotzone, superior anti-oxidization, low co

Silicon carbide heating elements are made by adopting special match and advancedtechnical. These products feature of lower resistance at cold end, uniform at hotzone, superior anti-oxidization, low co

Crusilite type DM and MF elements are supplied complete with terminalassemblies including aluminum braid for connection to power supplies. The freelength of the aluminum braid is detailed in Figs. 2.5

Crusilite type DM and MF elements are supplied complete with terminalassemblies including aluminum braid for connection to power supplies. The freelength of the aluminum braid is detailed in Figs. 2.5

These elements are self-bonded silicon carbide formed by re-crystallizationof silicon carbide at high temperature. It consists of three high-purity siliconcarbide rods connected at one end by a silico

These elements are self-bonded silicon carbide formed by re-crystallizationof silicon carbide at high temperature. It consists of three high-purity siliconcarbide rods connected at one end by a silico

U type heating elements consist of two silicon carbide legs of equal diameter.Each leg is divided into two parts, hot zone and cold end with a joint. Theresistance of both legs are equal to ensure uni

U type heating elements consist of two silicon carbide legs of equal diameter.Each leg is divided into two parts, hot zone and cold end with a joint. Theresistance of both legs are equal to ensure uni

The use of aluminum braid is recommended for making al| element connectionsbecause of its high electric conductivity, flexibility and resistance to oxidation athigh temperature. All Kantha braids are