|Name:||Silicon Carbide Kiln Shelves||Type:||Kiln Shelf|
|Feature:||High Temperature Resistance||Density:||2.7-2.75g/cm3|
ceramic kiln furniture,
silicon carbide plate
Refractory Silicon carbide kiln shelves for pottery pot and ceramic
We are a special manufacture of producing refractory products.Utilizing the character of silicon carbide,such as high temperature tolerable,solid strength,good heat conductivity, shock resisting,high thermal radiation,we produce high grade silicon carbide kiln shelf.
The thin silicon carbide kiln shelf not only compress the volume of the kiln but also increase the capacity of kiln and the quality of the products and shorten the production circle.They distinguishes clearly from the other products both on appearance dimension and inner quality of carborundum board in China at present.The products can endure long time without deforming,cracking,dusting.They are especially used for high-grade sanitary ware and detailed ceramic products because of not polluting the color of the products.
The carborundum board are ideal materials for producing sanitary ware,Ceramic products,Porcelain insulators,Abrasive,Glass,Chemical industry,Cement,Electricity factory and so on.
|Chemical Composition SIC >=||%||90|
|2kg/cm2 Refractoriness under load T2 >=||ºC||1790|
|Modulus of Rupturt at room temp >=||Kg/cm2||500|
|Modulus of Rupture at 1400ºC >=||Kg/cm2||550|
|Compressive strenght >=||Kg/cm2||1300|
|Thermal Expansion at 1000ºC||%||0.42-0.48|
|Thermal Conductivity at 1000ºC||Kcal/m.hr.ºC||13.5-14.5|
1). High temperature resistance
2). Corrosion resistance
3). Oxidation resistance.
4). Wear resistance.
Silicon carbide kiln shelves have the characteristics of high flexing strength at elevated temperatures, high thermal shock resistance. High corrosion resistance and high thermal conductivity, high resistivity against alkalis.
5. Silicon carbide kiln shelf Benefits
a) Superior Oxidation Resistance
b) Improved Performance
c) Lowered Cost Burden
d) Longer Life Between Replacement/Rebuilds
e) Allows Lower Weight
f) Very High Thermal Conductivity
Contact Person: tao