Silicon Carbide Heating Element

Silicon Carbide (SiC) heating elements is a non-metal electric heating element made from SiC as its main raw materials. It has some specific properties, such as low expansion coefficient, little deformation, stable chemical property, long service life, easy installation and maintenance, etc.Silicon Carbide (SiC) heating elements can usually make use for furnace which temperature from 600degree celsius-1600.degree celsius It can be directly used in an air atmosphere without any protection atmosphere. It is extensively used in the fields of metallurgy, ceramics, glass, machinery, analysis test, semiconductor, science & research and so on
Silicon Carbide (SiC) heating elements is a non-metal electric heating element made from SiC as its main raw materials. It has some specific properties, such as low expansion coefficient, little deformation, stable chemical property, long service life, easy installation and maintenance, etc.Silicon Carbide (SiC) heating elements can usually make use for furnace which temperature from 600degree celsius-1600.degree celsius It can be directly used in an air atmosphere without any protection atmosphere. It is extensively used in the fields of metallurgy, ceramics, glass, machinery, analysis test, semiconductor, science & research and so on.Advantages of Silicon Carbide Electric Heating Elements
Economical, dependable, clean, quiet and safe
No fuel availability or storage problems
No noxious fuel exhaust to be ducted away
Efficiently handle a wide range of products and atmospheres
Elements that operate at 600 degree up to1550 degree
One of the highest hot:cold ratios in the industryTypical Applications of Cermet Heating ElementsCeramic IndustryFerritesDinnerwareTitanatesWhitewareSteatitesPotteryElectrical porcelainTileRefractoriesSpark plugsGrinding wheelsCalcining: powders, oresmetallurgical IndustryAssayingDeoxidizingHeat-treatingSinteringHardeningBrazingForgingMelting and holdingAnnealingGlass IndustryMeltingHoldingRefiningElectronics IndustryCrystal growingDiffusion