silicon carbide pipe used for bogie kilns in the iron and steel industry and in the non-ferrous

SISIC(RBSIC) radiation pipe is high temperature resistance, good thermal conductivity, extremely cold heat resistance, oxidation resistance, good thermal shock resistance and long service life, etc, It is used for indirect furnace steel, metallurgical and other industries, their preheating furnace, a fire burning furnace, tempering furnace, annealing furnace, quenching furnace, incinerator of pretreatment and heat treatment equipment such as heat exchange device and the radiator.

Advantages of ceramic radiant tube systems:

1. Increased service-life

2. Reduced maintenance costs

3. Lower energy consumption

4. Optimum efficiency

5. Excellent creep resistance up to max. application temperature of T=1380celsius degrees

Radiant tubes are designed to separate the product (typically steel parts) being manufactured from combustion gases.

Typical applications include heat treatment of steel and powder metallurgy parts.

For cantilevered ceramic radiant tubes, the mechanical distribution of stress can be simulated basedon the dimensions of the tube Radiant tubes, flame tubes and recuperative burners are commonly used in heat treating furnaces as parts of an indirect heating system.

silicon carbide products

• Simple installation, even in existing radiant tube systems

• Flame tubes can be made to any length by combining individual flame tube segments

• Patented flame tube segment design allows flame tube to be bent

• Reduced strain on radiant tubes due to light-weight design

• Long service life due to ceramic material SiSiC which is resistant to high temperatures

Specifications according to user requirements can be produced.