Specifications

 China-double spiral type sintered silicon carbide rod heater

Production introduce of sintered silicon carbide rod heater

Double Spiral silicon carbide rod heater  made from very dense silicon carbide, featuring a return spiral groove allowing connection at one end. The resistance and allowable surface loadings of the Double Spiral Shape Type are substantially higher than other silicon carbide elements, consequently operating voltages are higher and current draw lower. This feature can lead to significant savings in both control equipment and wiring. Double Spiral Shape elements are energy conserving, convenient and easy to install due to the same-end terminal structure.

 Double spiral silicon carbide rod heater have hot and cold zones.Its main material  is selected  super  quality  green  silicon  carbide. So it can be used in various high temperature  electric furnaces  and  other  electric  heating devices.

Main application of sintered silicon carbide rod heater :

Double spiral type silicon carbide rod heater can be used in the  furnace  temperature  600C-1400C,  directly  in  the  air use as  well,  and it need  not any  protective  atmosphere.  Because of  SiC  heating  elements well  perform ance, they are widely  used in  high  temperature  furnace,  ceramics,  glass,  analysis  and test,  semiconductor,  science research etc.

Sintered silicon carbide rod heater Features:

1. Withstands as high as 1600°C (surface temperature)

2. Generates high heat output per unit surface area, approximately 5-10 times than 

the output of Nichrome wire

3. High strength and excellent shock resistance

4. Heat source is free of noise and air pollution

Other sized SiC elements can be made according to your need!

Packaging :  Plastic paper inside, Polyfoam filled, Wooden box outside or   according to  the requirement of the customers

 We can provide all kinds of sic heating elements such as rod U-shape W-shape single  spiral double  spiral Slot  in case of any  inquiry or order,  please kindly send mail to me ,thank you very much.