SIC has low coefficient of the thermal expansion,high thermal conductivity rate and perfect thermal shock resistance.It could be used in high speed thermal impact environment for many times.SIC has the performance of high strength and good thermal impact resistance.It can be used in the severe environment (such as high temperature,corrosion,erosion,etc)for long term.SIC is ideal material for ceramic industry, widely used in hightemperature kiln.

Sintered-alpha silicon carbide (SSiC) components are manufactured by pressureless-sintering a shape produced by slip casting, extruding, or pressing submicron alpha-silicon carbide powder. SSiC has the highest MOR, best oxidation resistance and highest use temperature (1750°C) of the four materials under discussion. SSiC is also the most expensive of the four materials and is generally economically viable only as an alternative to ReSiC at temperatures above the 1450°C use limit of NSiC.

In the process of burning household porcelain, using the sisic apertured beam, round bar and squre bar to replace the traditional kiln tools, it would save 20-30% gas, the kiln space can be used more effectively, and more concenient.

The product has series of superiority such as high bending strength, wear resistance, corrosion resistance, high hardness, high thermal conductivity, oxidation resistance, thermal shock resistance, low coefficient of the thermal expansion and creep resistance under high temperature, etc. Here are our product show.

2. Applications

Silicon carbide beam is mainly used as the load carrying members of tunnel kiln, shuttle kiln and double channels kiln. It can also be used as the kiln furniture in ceramic and refractory industry.

We guarantee the phsicochemical indexes and performance meet your requirement,before quote you the price,we will be appreciated if you can provide the information below:
1. Ton/Kilogram type.
2. Refractoriness.
3. Phsicochemical indexes.
4. Application of the refractory castable.

If you are not clearly ,we will recommend for you.

3. Package