Sic radiant tubes
Features:
1. High temperature tolerance
2. Superior corrosion resistance
3. Excellent abrasion resistance
4. Perfect Thermal conductivity.
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Silicon carbide Radiant heating components, SiSiC radiation tube, RSiC radiant tube
Rbsic (sisic) beams have superior characteristics, such as corrosion resistance, high temperature, tolerance, oxidation resistance, no dropping slags, superior thermal conductivity, high bending, strength, non-deformation for a long time service, etc.
Rbsic (sisic) radiation tubes have superior characteristic such as corrosion resistance, high temperature tolerance, oxidation resistance, superior thermal conductivity, bending strength, long time service life, etc. They are also very efficient, energy-saving, enviromental protection in the field of industrial production.
The series of radiation tubes are widely used in the annealing production lines for industries of steels and metallurgies. They are also used for heat conduction system and radiant system under the conditions of high temperature, high corrosion and high wear resistance.
SiSiC products are widely used in industrial production
a)Automobile Industry b)Boiler Industry
c)Chemical Industry d)Crystallite Glass Industry
e)Magnetic Materials Industry f)Metallurgy
g)Metallurgy Industry h)Paper Industry
i)Petroleum IndustryCeramic Radiant Tube
Silicon Carbide Radiant Tube
The silicon carbide radiant tube is the centerpiece of Performance Ceramics & Refractories’ range of total burner solutions.
These tubes offer higher productivity coupled with lower energy consumption. The largest available ceramic single ended radiant tube is measuring 3,500 mm in length and with a 300 mm diameter. These are available for straight and single-ended applications.
Silicon carbide radiant tubes can withstand application temperatures up to 1,380°C and can input up to twice as much energy into furnaces as alloy radiant tubes.
Features and Benefits
Radiant Tube
Benefits
Made of robust silicon carbide
Operating temperatures up to 1,380°C
Long service life
Advanced silicon carbide microstructures provide high thermal conductivity and shock resistance
Industry-leading diameter and length
Suitable for most furnace applications
Thin-wall designs increase thermal performance and enable design flexibility
XXL Radiant Tube
Benefits
Long service life
High thermal strength
Able to outperform metal tubes without any bending
Customized production options
Reduced furnace running costs
Reduced maintenance frequency
Use especially for horizontal heat treatment of thick steel sheets
chnical Parameter of Reaction Bonded Silicon Carbide
