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RSiC Rollers

short description:

Recrystallized silicon carbide (RSiC) is made of high-purity and ultra-fine silicon carbide. Under the protection of 2400 ℃ high temperature and certain pressure atmosphere, silicon carbide will undergo evaporation condensation recrystallization. In this situation, the sintering body will be formed by intergrowth of particles at the contact of particles. It basically does not shrink. However, it has a certain number of pores.


Product Detail

Product Tags

Application

The main application fields: high-temperature alumina zirconia products, daily ceramics, sanitary ware, electric porcelain, electronic ceramics, honeycomb ceramics, metallurgy, chemical industry, etc. RSiC, silicon nitride bonded silicon carbide (SNBSiC) products, reaction sintered silicon carbide (RBSiC) products and others are widely used in high-temperature kilns such as household porcelain, electric porcelain, sanitary porcelain, etc. They are mainly used in thermocouple protective sleeve, hydrogen measuring probe and other instrument fields, as well as cyclone sand settling nozzle, wear-resistant lining and other wear-resistant fields. They are also used in phosphorus chemical melting pool and other chemical industry, high temperature corrosion resistance and other fields. RSiC and NBSiC beams have excellent high temperature bearing capacity, good dimensional stability and resistance to corrosion. They are especially suitable for bearing structural beams in thermal kilns.

Properties

Units

Parameter

Contents                 SiC

%

≥99

Density

g/cm3

2.65-2.75

Apparent Porosity

%

≤15

Modulus of Rupture at 20℃

Mpa

90~100

Modulus of Rupture at 1300℃

Mpa

110~120

Modulus of Crushing at 20℃

Mpa

300

Hardness

kg/mm2

1800~2000

Fracture Toughness

MPAXM1/2

1.8-2.0

Thermal Conductivity at 1200℃

w/m.k

35~36

Thermal Expansion at 1200℃

a*10-6/℃

4.6

Thermal Shock Resistance at 1200℃

 

Excellent

Max Working Temperature

1650 (oxide)

Recrystallized silicon carbide series kiln furniture, including beams, plates, fire nozzles, furnace tubes, thermocouple protection tubes, saggers and various special-shaped pieces. It can also provide deep processing services, such as surface spraying, plane grinding, grooving, drilling, etc., to support processing with drawings and samples. The products are mainly used to produce energy-saving kilns and equipment accessories of new materials, covering the fields of automobile, electronics, industrial energy-saving, metallurgy and chemical industry, experimental equipment, etc.


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