Sisic Silicon Carbide Refractory Ceramic Cone Liner for Cyclone

• Customization: Available
• Standard: ISO
• Application: Loader, Construction Machinery, Metallurgical Machinery, Cement Plant, Mining Machine, Thermal Power Plant, Coal Yard
• Model NO.: chemshun ceramics
• Material: Silicon Carbide
• Type: Wear Resistant Pipe
• Item: Siliconized Silicon Carbide
• Color: Grey
• Usage: Wear Resistance and Heat Resistance
• Alumina Content: 92% Sic
• OEM: Accept
• Transport Package: Carton+Pallet
• Specification: customized size available
• Trademark: Chemshun
• Origin: China
• HS Code: 69091200
• Production Capacity: 300000 Ton Per Year

Product Description

Sisic Silicon Carbide Refractory Ceramic Cone Liner for Cyclone

1. Description of RBSIC ( SiSiC)
The material of siliconized silicon carbide has series of basic superiority and characteristic such as high strength, extreme hardness, wear resistance, high termperature tolerance, corrosion resistance, oxidation resistance thermal shock resistance, high thermal conductivity, low coefficient of thermal expansion, creep resistance under high temperature and so on. Many products can be made from it such as beams, rollers, cooling air pipes, thermal coumple protection tubes, temperature-measuring tubes, sealing parts,and special shaped parts.
 
 
  
2.Characteristics of RBSIC ( SiSiC)
2.1.High strength
2.2.Extreme hardness
2.3.Wear Resistance
2.4.High temperature tolerance
2.5.Corrosion resistance
2.6.Oxidation resistance
2.7.Thermal shock resistance
2.8.High thermal conductivity
2.9. low coefficient of thermal expansion

3.RBSIC ( SiSiC) Segments
RBSIC (SiSiC) Special Linings are widely used in the fields of mining, pulverization and screening of ores, and transferring of heavy-abrasion and heavy-corrosion fluid materials.
 
4.Technical Data of RBSIC ( SiSiC)

Properties	Units	RSiC	SiSiC	SSiC
Bulk denstity     SiC	Vo1%	≥99	≥85	≥99
Bulk density	g/cm^3	2.60~2.72	3.01	3.10-3.15
Apparent porosity	%	15	<0.1	<0.2
Modulus of rupture at 20ºC	Mpa	80~90	250	400
Modulus of rupture at 1200ºC	Mpa	90~100	280	650
Modulus of elasticity at 20ºC	Gpa	-	330	410
Thermal Conductivity at 1200ºC	w.m^-1.k^-1	35.0	45	55
Thermal expansion  at 1200ºC	a×10^-6/ºC	4.60	4.5	4.0
Thermal shock resistance at 1200ºC		Very good	Very good	Very good
Max.working temperature	ºC	1650(oxid)	1350	1600