high temperature gas filtration silicon carbide ceramic filter tube

Specifications

excellent thermal resistance as well as thermal shock resistance
filtration fineness:1-10um
porosity:33-40%

1:General material description:

Silicon carbide filter elements are manufactured from a porous, ceramically bonded silicon carbide filter media that has a high mechanical strength.

This ceramic filter material is distinguished by its excellent thermal resistance as well as thermal shock resistance.For this reason silicon carbide filter elements are well suited for the filtration of hot fluids with fast temperature changes.The high performing silicon carbide filter elements are mainly used for high temperature applications.

 

2:Physical Properties:

Silicon carbide filter elements

	Unit
Filtration fineness	μm	1-10
Porosity	%	33-40
Material density	g/cm³	1.8-1.9
Bending strength	Mpa	8-80
Max. temperature resistance1	oC	1000
Operating pressure	Mpa	-0.1-8
Expansion coefficient(25-800 oC)	10-6/K	5.0
1Depending on operating conditions

 

3:Chemical Resistance

Silicon carbide filter elements are resistant against acids, saline solutions and organic solvents, liquid or gaseous. They are not resistant to hydrofluoric acid. The filter elements are resistant up to pH 10 in the alkaline range.

 

4:Standard Dimensions

Type	Item No.	Do/Di (mm)	Length (mm)	Flange (mm)
Flanged Candle	DQSC60F-1000	60/40	1000	74
Flanged Candle	DQSC60F-1500	60/40	1500	74
Flanged Candle	DQSC60F-2000	60/40	2000	74
Flanged Candle	DQSC70F-1000	70/40	1000	85
Flanged Candle	DQSC70F-1500	70/40	1500	85
Flanged Candle	DQSC70F-2000	70/40	2000	85
Special dimensions and special products on request.

 

5:Applications

Particle filtration of liquids              Filtration of food basics

Particle filtration of gases              Gas analysing, devices,filtration of hot gases

Coalescer                            Coalescer for oil aerosols in hot gases

 

Note:As end use conditions can vary,it is the users’ responsibility to verify compatibility with their specific use conditions.