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Energy Saving Silicon Carbide Beams Refractory For Ceramic Bushing Firing

China Yixing City Kam Tai Refractories Co.,ltd certification
China Yixing City Kam Tai Refractories Co.,ltd certification
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Energy Saving Silicon Carbide Beams Refractory For Ceramic Bushing Firing

Energy Saving Silicon Carbide Beams Refractory For Ceramic Bushing Firing
Energy Saving Silicon Carbide Beams Refractory For Ceramic Bushing Firing

Large Image :  Energy Saving Silicon Carbide Beams Refractory For Ceramic Bushing Firing

Product Details:
Place of Origin: CHINA
Brand Name: KAMTAI
Certification: SGS
Model Number: KTSICB9
Payment & Shipping Terms:
Minimum Order Quantity: 50pcs
Price: Negotiable
Packaging Details: Plywood box
Delivery Time: 25 days after payment
Payment Terms: L/C, T/T, Western Union, MoneyGram,Paypal
Supply Ability: 3000pcs/Month

Energy Saving Silicon Carbide Beams Refractory For Ceramic Bushing Firing

Density: 3.02g/cm3 Type: Beam
Raw Material:: Silicon Carbide Thermal Expansion K-1×10-6: 4.5
Name: Refractory Silicon Carbide SISIC Beam For Industrial Furnaces Kiln Furniture Certification: SGS
High Light:

silicon carbide ceramic


silicon carbide tube


Refractory Silicon Carbide SISIC Beam for Industrial Furnaces kiln furniture

1. Sintering Theory

Silicon carbide beam is mainly used in the production of aluminum, copper and zinc , as the lining material of the molten pool and electrolytic bath (reduction bath).The side lining of the reduction bath is eroding by aluminum and cryolite (used as additive), but Si3N4 bonded SiC material could not be eroded by aluminum, and do not have chemical reaction with cryolite.So this kind of material is ideal for the lining bricks of the electrolytic bath.In particular this kind of bricks have the excellent properties of high strength, abrasive resistance and nonconductive, so the copolymer (Al2O3 and Cryolite). The copolymer likes protective film to protect the working lining and improve the service life of electrolytic bath of silicon carbide pipe.

Reaction bonded SiC beam is made from α_SiC powder, graphite powder, mixing additives and organic adhesive agent.The mixture body is extruded and then filled into crucible with silicon powder. Sinter in a vacuum heating furnace at 1600 ~1800° C, the melt silicon powder reacts to the silicon in the body, finally from β-Sic due to the heat of reaction.

Reaction-sintered, silicon-infiltrated silicon carbide (SiSiC) components are produced by slip-casting or extruding a mixture of silicon carbide, carbonaceous material and other ingredients into the desired shape. The resulting green body is then fired in the presence of a high concentration of silicon metal. As the silicon diffuses through the body, it reacts with the carbonaceous material to form additional silicon carbide, sintering the silicon carbide structure and increasing the density. The remaining open porosity is then filled with the excess silicon. SiSiC has a MOR approximately 40% higher than NSiC and twice that of ReSiC. Its high strength and oxidation resistance make SiSiC the material of choice for most applications where the maximum temperature is below its 1350°C use limit.


2. Property

◊ Superior wear resistance, impact resistance and corrosion resistance

◊ Excellent flatness and temperature resistance up to 1380℃

◊ Excellent oxidation resistance

◊ Good dimensional control of complex shapes

◊ Easy installation

◊ Longer service life ( about 5 times more than that of alumina ceramic and 6 times more than that of polyurethane)


3. Application

SiSic beams are used in various industrial furnaces, the desulphurization equipment, the large boiers and other machinery, and the ceramics, the machinery, the metallurgy, the electronic, the chemicals, the petroleum, the iron and steel industry and other fields.

The main products of reaction bonded silicon carbide ceramics are: cross beams, rollers, coling air pipe,burner nozzles,thermocouple protecting tubes,temperature measuring parts, radiant tubes, desulfurization nozzles, crucible,batts, wear resistant lining materials,plates, seals, rings and special shaped structural parts.


4. Techinical Parameter
Item Unit Data
temperature of application ≤1380
density g/cm³ ≥3.02
open porosity % <0.1
bending strength Mpa 250(20℃)
Mpa 280(1200℃)
modulus of elasticity Gpa 330(20℃)
Gpa 300(1200℃)
thermal conductivity W/m.k 45(1200℃)
coefficient of thermal expansion K-1×10-6 4.5
rigidity   13

5. Package 


We cooperate with many professional and powerful logistic companies, so we can provide customers with most favorable price and best logistic service.

Storage and Transportation:

Moisture proof, shock proof, collision proof. The storage time is 6 months, best performance within 6 months, and will be effected a little within another 6 months.





Contact Details
Yixing City Kam Tai Refractories Co.,ltd

Contact Person: tao

Tel: +8618351508304

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