YUFENGREC® Nitride Bonded Silicon Carbide (NbSiC) is designed for exceptional wear resistance and can be formed into very intricate and precise shapes with the YUFENG unique process. It has desirable refractory and chemical properties, and can also exhibit exceptional wear and thermal shock resistance.
YUFENGREC® Nitride Bonded Silicon Carbide (NbSiC) is designed for exceptional wear resistance and can be formed into very intricate and precise shapes with the YUFENG unique process. It has desirable refractory and chemical properties, and can also exhibit exceptional wear and thermal shock resistance.
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NbSiC1450
YUFENGREC®
YUFENGREC® Nitride Bonded Silicon Carbide (NbSiC) is designed for exceptional wear resistance and can be formed into very intricate and precise shapes with the YUFENG unique process. It has desirable refractory and chemical properties, and can also exhibit exceptional wear and thermal shock resistance.
Maximum service temperature is 1,450°C, and especially suitable at the long time firing between 1,200～1,450°C range. N-SiC is made by SiC bonded by Silicon Nitride (Si3N4) chemically stable, suitable to apply firing products need to avoid oxidation reaction.
It is a class higher SiC refractory compare to Oxide Bonded SiC, in terms of oxidation resistance, thermal shock resistance and strength. Used as plate, beam and for refractory for molten aluminum etc.
Take advantage of the material's excellent stability and mechanical strength, Nitride Bonded Silicon Carbide (NbSiC) can be used in a range of process furnaces and kilns such as the side walls of aluminum melting pots, the lower stack of blast furnaces, and as kiln furniture.
Nitride Bonded Silicon Carbide (NbSiC) is commonly found as a cast refractory for use under severe service conditions in place of alloys or other refractory materials. Near net shapes can be designed to reproduce the metal parts. The high hardness and abrasion resistance of the material means that components should be designed to avoid grinding or other finishing operations.
Applications of cast refractories exploit the physical and chemical properties of the material and the ability to form the material into complex shapes.
Application
Tableware
Electric Ceramic
Sanitary Ware Ceramic
Construction Tiles
Technical Ceramic
Metallurgy
Chemical Industry
Mechanics
Technical Ceramic
Pump components, piping liners, valve liners, spigots and nozzles.
Non-ferrous metals processing equipment, copper, zinc and aluminum are routinely handled with cast components.
Shape Available
Beam
Roller
Plate
Cooling Tube
Setters
Nozzle
Thermal Tube
Structure parts
Sagger
Technical Data Sheet
Item | Unit | Typical Index |
Physical Properties | ||
Max. Application Temperature | ℃ | 1450 |
Bulk Density | g/cm3 | 2.75 - 2.85 |
Apparent Porosity | % | 13-15 |
Compression Strength | MPa | 600-700 |
Modulus of Rupture | MPa | 160-180( 20 ℃) |
MPa | 170-180 (1200 ℃) | |
MPa | 170-190( 1350 ℃) | |
Thermal Conductivity | W/m.k | 19.6 (1200 ℃) |
Coefficient of Thermal Expansion | K-1 X 10 -6 | 4.70 (1200 ℃) |
Thermal Shock Resistance | Excellent | |
Chemical Composition | ||
SiC | % | 75 |
Si3N4 | % | 23 |
The data are average results of tests under standard procedures and are subject to variation. Results should not be used for specification purposes or creating any contractual obligation. For more information on the safety applications or materials ,please refer to the work practices and material safety
YUFENGREC® Nitride Bonded Silicon Carbide (NbSiC) is designed for exceptional wear resistance and can be formed into very intricate and precise shapes with the YUFENG unique process. It has desirable refractory and chemical properties, and can also exhibit exceptional wear and thermal shock resistance.
Maximum service temperature is 1,450°C, and especially suitable at the long time firing between 1,200～1,450°C range. N-SiC is made by SiC bonded by Silicon Nitride (Si3N4) chemically stable, suitable to apply firing products need to avoid oxidation reaction.
It is a class higher SiC refractory compare to Oxide Bonded SiC, in terms of oxidation resistance, thermal shock resistance and strength. Used as plate, beam and for refractory for molten aluminum etc.
Take advantage of the material's excellent stability and mechanical strength, Nitride Bonded Silicon Carbide (NbSiC) can be used in a range of process furnaces and kilns such as the side walls of aluminum melting pots, the lower stack of blast furnaces, and as kiln furniture.
Nitride Bonded Silicon Carbide (NbSiC) is commonly found as a cast refractory for use under severe service conditions in place of alloys or other refractory materials. Near net shapes can be designed to reproduce the metal parts. The high hardness and abrasion resistance of the material means that components should be designed to avoid grinding or other finishing operations.
Applications of cast refractories exploit the physical and chemical properties of the material and the ability to form the material into complex shapes.
Application
Tableware
Electric Ceramic
Sanitary Ware Ceramic
Construction Tiles
Technical Ceramic
Metallurgy
Chemical Industry
Mechanics
Technical Ceramic
Pump components, piping liners, valve liners, spigots and nozzles.
Non-ferrous metals processing equipment, copper, zinc and aluminum are routinely handled with cast components.
Shape Available
Beam
Roller
Plate
Cooling Tube
Setters
Nozzle
Thermal Tube
Structure parts
Sagger
Technical Data Sheet
Item | Unit | Typical Index |
Physical Properties | ||
Max. Application Temperature | ℃ | 1450 |
Bulk Density | g/cm3 | 2.75 - 2.85 |
Apparent Porosity | % | 13-15 |
Compression Strength | MPa | 600-700 |
Modulus of Rupture | MPa | 160-180( 20 ℃) |
MPa | 170-180 (1200 ℃) | |
MPa | 170-190( 1350 ℃) | |
Thermal Conductivity | W/m.k | 19.6 (1200 ℃) |
Coefficient of Thermal Expansion | K-1 X 10 -6 | 4.70 (1200 ℃) |
Thermal Shock Resistance | Excellent | |
Chemical Composition | ||
SiC | % | 75 |
Si3N4 | % | 23 |
The data are average results of tests under standard procedures and are subject to variation. Results should not be used for specification purposes or creating any contractual obligation. For more information on the safety applications or materials ,please refer to the work practices and material safety
