Silicon Carbide Ceramic Tube

Silicon carbide ceramic tube as known as industrial ceramic tube, ceramic part, silicon carbide ceramic burner nozzle, has industrial properties such as high strength, no slag, no cracking, long service life and easy replacement. Because of its own industrial properties, silicon carbide ceramic burner nozzles can be widely used in roller kiln, tunnel kiln, shuttle kiln and many other ideal fire kiln furniture,especially suitable for ceramic, chemical, glass, metallurgy and other industries using natural gas, liquefied gas, coal gas, diesel oil and other industrial furnaces.
Silicon carbide ceramic tube has been well recognized by the market and audience because of its advanced wear resistance performance, and the prospects are excellent.

 

 

Product Specification:

Item No.	Size	Shape Available
RWCE694150	Dia 69.4 x 150mm	Tube, pipe, screw, plain plate, straight pipe, tee pipes, ring, elbow, cone cyclone and so on.
RWCE658150	Dia 65.8 x 150mm

Item	Unit	Data
Max Working Temperature	℃	1380
Density	g/cm³	≥3.02
Porosity	%	<0.1%
Bending Strength	Mpa	250(20℃)
	Mpa	280(1200℃)
Modulus of Elasticity	Gpa	330(20℃)
	Gpa	300(1200℃)
Thermal Conductivity	W/m.k	45(1200℃)
Coefficient of Thermal Expansion	K-1×10-6	4.5
Rigidity		13
Acid Alkaline-proof		Excellent

 

Product Features:

1. High Usage Temperature
2. Chemical and Impact Resistance
3. Corrosion Resistance
4. Smooth Inner Wall
5. Excellent Wear Resistance
6. Lighter, Easy Installation
7. Extended Service Life
8. Cost-Efficient Maintenance

 

Causes of damage to silicon carbide ceramic tube:

1. Temperature damage: Overheating will have certain damage to the silicon carbide ceramic burner nozzle designed for non-high temperature applications.

2. Accidental damage: In the installation and cleaning, the industrial ceramic tube may be accidentally damaged due to the use of incorrect tools.

3. Improper installation: Off-center washers, over-tightening, or other positional changes can have undesirable effects.

4. Corrosion and wear: The material on the surface of the ceramic part and the inner flow passage gradually becomes larger or deformed, thus affecting the flow rate, pressure and spray shape.

5. Adhesion: Splatter, fog, or chemical accumulation of material on the inside or outside of the edge of the silicon carbide ceramic nozzle caused by liquid evaporation can leave a dry solidified layer,and block the nozzle or internal circulation channel.

6. Blocking: Dirt or other impurities in the liquid block the nozzle orifice,thus limiting the flow rate of the nozzle and interfering with the spray shape and uniformity.

 

Product Packing:

 

FAQ:

Q: Samples are free?

A: Yes, we could provide samples with free of cost.

Q: How many days for sampling?

A: 7~10 days for regular size we have.

Q: How many days for production?

A: 30~60 days according to the size and quantity.

Q: Could we put our own logo?

A: Sure, customers logo can be made by laser engraved embossed transfer printing.

 

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