|Material:||Sisic||Max Temperature Of Application:||<1380°|
|Thermal Conductivity:||45(1200℃) W/m.k||Moh's Hardness:||9.15|
|Coefficient Of Thermal Expansion:||Reaction Bonded Silicon Carbide Beams||Acid Alkaline Proof:||Excellent|
refractory kiln furniture,
sisic beam size 40x40x1550mm applied to sanitary ceramics and electroceramics furnaces
The beam silicon carbide is trated with high temperature oxidation process,the surface forms an oxidation film,with high oxidation resistance,all the performance index can reach to international standard.We adoped the top end reaction bonded technique,the service life of beam silicon carbide is 5 to 10 times higher than the common refractory beam,is the ideal energy-saving refractory kiln furniture for sanitary ware,ceramic stone,electrical porcelain,refractory industries.Choose the beam silicon carbide is the best choice for you,we adopt the Germany imported equipment and technology,and the porosity can reach to 0,none of technology can achieve this standard.The content of SIC exceeds 90%,density exceeds 3.02,all of our technial parameters are the best in domestic market.The beam silicon carbide have many sizes optional,the length is between 50 to 4500mm,width and height is between 20 to 200mm,thickness is between 4 to 12mm,that’s the regular specifications,but we can also process it according to customer’s drawings,provide the cost effective products for our customers.The beam silicon carbide can service at least 2-3 years,and many of our customers can use more than 5 years.The longer service life of the beam silicon carbide can help you save much cost.
SISIC Cross Beams is suitable for bearing structure beam in tunnel kiln, shuttle kiln and other industrial furnaces. It has the advantages of high temperature bearing capacity, good thermal conductivity, long service life, no bending deformation, long service life, etc. IT is an ideal kiln for sanitary porcelain and electric porcelain industry.
|Bearing Capacity SISIC(RBSIC)Beam|
|Sectional Dimension(mm)||Thickness(mm)||Concentrated Loading (kg.m/L)||Uniformly Distributed Loading (kg.m/L)|
|B Side||S Side||B Side||S Side||B Side||S Side|
Concentrated Loading=the Value in The Table x1/L. Uniformly Distribute Loading= The Value in the Table Accordingly x 1/L.
The temperature is 1380℃
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