Wear Resistance Sisic Silicon Carbide Cone Ceramics Liner Manufacturer

• Customized: Customized
• Application: Metallurgy, Pharmacy, Chemical, Petroleum, Mining
• Certification: ISO
• Material: Silicon Carbide
• Feature: Wear Resistant
• Corrosion Rate: 0.001-0.01
• Density: 3.02g/cm3
• Use: Anti Corrosion
• Mohs Hardness: 13
• Max Working Temp,: 1380ºC
• MOQ: 1PC
• Transport Package: Wooden Case
• Specification: Customized
• Origin: China
• HS Code: 6909120000
• Production Capacity: 600tons/Year

Product Description

silicon carbide rollers

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silicon carbide products

 

Wear resistance SISIC silicon carbide cone ceramics liner manufacturer

 

High wear resistance SiSiC material Silicon carbide Ceramic Cyclone Liner
 

1.Property:

A. Superior wear resistance, impact resistance and corrosion resistance

B. Excellent flatness and temperature resistance up to 1380ºC

C.Excellent oxidation resistance

D.Good dimensional control of complex shapes

E. Easy installation

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

 

2. Applicaion of RBSiC ( SiSiC ) silicon carbide sic cyclone parts / cyclone lining with high hardness :

RBSiC ( SiSiC ) silicon carbide sic cyclone parts / cyclone lining with high hardness has high hardness, high temperature, abrasion resistance, oxidation resistance, acide and alkali resistance characteristics,which is widely used for wear-resisting lining of hydraulic cyclones, flue gas desulphurization pipes and coal slurry conveyor pipelines.

Thickness available: 4mm - 25mm

Shape available: Tubes , Tee pipes, Elbows, Cones, Rings and so on.

Technical Data:
 

Physical characters	Unit	Properties
SIC content	%	95-88
Free Si	%	5~12
Bulk density	g/cm3	>3.02
Porosity	%	<0.1
Hardness	Kg/mm2	2400
Coefficient of bending strength at 20 degrees Celsius	Mpa	260
Coefficient of bending strength at 1200 degrees Celsius	Mpa	280
Modulus of elasticity at 20 Degrees Celsius	Gpa	330
Fracture toughness	Mpa*m1/2	3.3
Coefficient of thermal conductivity at 1200 degrees Celsius	W/m.k	45
Coefficient of thermal expansion at 1200 degrees Celsius	10-6mm/mmK	4.5
Coefficient of heat radiation		<0.9
Max. Working temperature	ºC	<1380

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