Excellent oxidation resistance Thermal shock stability Compact structure High temperature volume stability
High Temperature Silicon Carbide pillar/support Used in Kilns 1)Features: A)Excellent Thermal Shock Characteristics B)Corrosion Resistance C)As Cast Tight Dimensional Tolerances D)High Creep Resistance E)Superior Wear Resistance F)High strength, extreme hardness, wear resistance, high temperature tolerance, corrosion resistance, oxidation resistance, thermal shock resistance, high thermal conductivity, low coefficient of thermal expansion, creep resistance under high temperature and so on. 2)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 3)RBSIC products are widely used in industrial production A)Automobile Industry B)Boiler Industry C)Chemical Industry D)Crystallite Glass Industry E)Magnetic Materials Industry F)Metallurgy G)Metallurgy Industry H)Paper Industry I)Petroleum Industry 4)Life is several times than others. 5)Material: All kinds of kilns
Production physical-Chcmical Function and tolorance | |
ITEM | INDEX |
DENSITY(g/cm8) | 2.65-2.75 |
OPEN POROSITY(%) | <14 |
COMPRESSIVE STRENGTH(Mpa) | >90 |
MODULES OF RUPTURE(Mpa)(at room temp) | >40 |
MODULES OF RUPTURE(Mpa)(at 1300°C) | >56 |
COEFFICEIENT OF THERMAL EXPANSION(25-1400°C) | 4.8×10-6 |
LOAD MELTING TEMPERATURE(0.3Mpa) | >1700°C |
TEMPERATURE OF USAGE | 1400°C |
THERMAL CONDACTIVITY(Kcal/m.h.°C 1200°C) | 14.0 |
Oxide silicon carbide sic ceramic pillar/support/ kiln furniture
