Radiant Tubes

FH® Alloy manufactures custom U-shaped radiant tube assemblies for industrial furnaces and heat treatment equipment. The assembly can be supplied with the U-shaped tube, insulation blocks, mounting plate, and other installation components according to the customer's furnace design. The U-shaped configuration provides a long radiant heating path within a relatively compact installation space and is commonly used in furnace systems requiring indirect heating, controlled

Special-Shaped Bent Radiant Tube Material: SS400 | Size: 1053.9 × 1172 × 196 mm | Custom Fabricated for Industrial Furnace Systems FH® Alloy manufactures special-shaped bent radiant tubes for industrial furnace and heating equipment applications. This model is a custom fabricated bent radiant tube made from SS400, with an overall size of 1053.9 × 1172 × 196 mm. Compared with standard straight or U-shaped tubes, this type of radiant tube is designed with a more complex bent

FH® Alloy manufactures straight radiant tubes for industrial furnaces and heat treatment equipment, providing customized solutions according to customer drawings, furnace structures, operating temperatures, and service conditions. Straight-type radiant tubes are commonly used in indirect heating systems, where heat is transferred through the radiant tube wall while the heating source remains separated from the furnace working chamber. This design helps provide stable heat

FH® U-type radiant tubes are high-performance heating elements used in indirect heating furnace systems. They are designed to deliver uniform heat distribution, excellent thermal efficiency, and long service life in high-temperature industrial environments. Compared with direct-fired heating, U-type radiant tubes provide cleaner, more controlled heating, making them ideal for precision heat treatment processes. Our radiant tubes are widely used in carburizing, annealing, and

FH® U-type radiant tubes are high-performance heating elements used in indirect heating furnace systems. They are designed to deliver uniform heat distribution, excellent thermal efficiency, and long service life in high-temperature industrial environments. Compared with direct-fired heating, U-type radiant tubes provide cleaner, more controlled heating, making them ideal for precision heat treatment processes. Our radiant tubes are widely used in carburizing, annealing, and

FH® U-type radiant tubes are high-performance heating elements used in indirect heating furnace systems. They are designed to deliver uniform heat distribution, excellent thermal efficiency, and long service life in high-temperature industrial environments. Compared with direct-fired heating, U-type radiant tubes provide cleaner, more controlled heating, making them ideal for precision heat treatment processes. Our radiant tubes are widely used in carburizing, annealing, and

FH® Radiant Tubes | For Heat Treatment and Industrial Heating Radiant tubes are essential components in heat treatment and industrial heating processes, widely used in metal hardening, annealing, tempering, and other high-temperature applications. They radiate heat evenly across the surface of the material being heated, ensuring precision and efficiency in the heating process. As a key element in heat treatment equipment, the quality of radiant tubes directly impacts heating

Radiant Tube: Radiant tubes are indirect heating elements with a core structure consisting of a "heating source + sealed protective sheath." By enclosing the heating source (such as an electric heating element or gas combustion system) within a high-temperature and corrosion-resistant protective sheath, heat generated by electricity or combustion does not come into direct contact with the heated object/medium. Instead, heat is transferred primarily through radiation,

Radiant Tube: Radiant tubes are indirect heating elements with a core structure consisting of a "heating source + sealed protective sheath." By enclosing the heating source (such as an electric heating element or gas combustion system) within a high-temperature and corrosion-resistant protective sheath, heat generated by electricity or combustion does not come into direct contact with the heated object/medium. Instead, heat is transferred primarily through radiation,

Radiant Tube: Radiant tubes are indirect heating elements with a core structure consisting of a "heating source + sealed protective sheath." By enclosing the heating source (such as an electric heating element or gas combustion system) within a high-temperature and corrosion-resistant protective sheath, heat generated by electricity or combustion does not come into direct contact with the heated object/medium. Instead, heat is transferred primarily through radiation,

Radiant Tube: Radiant tubes are indirect heating elements with a core structure consisting of a "heating source + sealed protective sheath." By enclosing the heating source (such as an electric heating element or gas combustion system) within a high-temperature and corrosion-resistant protective sheath, heat generated by electricity or combustion does not come into direct contact with the heated object/medium. Instead, heat is transferred primarily through radiation,

1.4852 1.4848 U-type Gas Radiant Tube Anti-Oxidation Corrosion Resistant Customizable for Forging Furnace Radiant Tube: Radiant tubes are indirect heating elements with a core structure consisting of a "heating source + sealed protective sheath." By enclosing the heating source (such as an electric heating element or gas combustion system) within a high-temperature and corrosion-resistant protective sheath, heat generated by electricity or combustion does not come into direct

1.4848 W-type Radiant Tube High Space Utilization For Horizontal Furnaces Heat-resistant Steel Gas Radiant Tube Radiant Tube: Radiant tubes are indirect heating elements with a core structure consisting of a "heating source + sealed protective sheath." By enclosing the heating source (such as an electric heating element or gas combustion system) within a high-temperature and corrosion-resistant protective sheath, heat generated by electricity or combustion does not come into

Waste Heat Recovery Type SCH24 U-shaped Gas Radiant Tubes Industrial Furnace Heating Tube Radiant Tube: Radiant tubes are indirect heating elements with a core structure consisting of a "heating source + sealed protective sheath." By enclosing the heating source (such as an electric heating element or gas combustion system) within a high-temperature and corrosion-resistant protective sheath, heat generated by electricity or combustion does not come into direct contact with

Radiant Tube: Radiant tubes are indirect heating elements with a core structure consisting of a "heating source + sealed protective sheath." By enclosing the heating source (such as an electric heating element or gas combustion system) within a high-temperature and corrosion-resistant protective sheath, heat generated by electricity or combustion does not come into direct contact with the heated object/medium. Instead, heat is transferred primarily through radiation,

Radiant Tube: Radiant tubes are indirect heating elements with a core structure consisting of a "heating source + sealed protective sheath." By enclosing the heating source (such as an electric heating element or gas combustion system) within a high-temperature and corrosion-resistant protective sheath, heat generated by electricity or combustion does not come into direct contact with the heated object/medium. Instead, heat is transferred primarily through radiation,