The finned dry-burn heating tube is specially designed for high-efficiency air heating in industrial ovens and drying systems. Featuring an external finned structure, it provides a large heat dissipation surface area, allowing faster air temperature to rise and more uniform heat distribution. The design is optimized for dry environments, ensuring stable and reliable operation without direct contact with liquids.
Inside the tube, electric current flows through a high-resistance Ni-Cr wire. The generated heat is conducted through high-purity magnesium oxide insulation powder to the metal sheath surface and then efficiently transferred to the fins. These fins distribute heat evenly to the surrounding air, resulting in rapid heating, high thermal efficiency, and excellent energy utilization.
Constructed from high-quality stainless steel or nickel–iron–chromium alloy, the finned heating tube offers excellent oxidation resistance and long-term stability under high-temperature conditions. It is ideal for industrial ovens, drying chambers, and air heaters requiring continuous, high-efficiency, and dry-type heating.
| Item | Specification |
| Material | Stainless Steel / Incoloy (Customizable) |
| Tube Diameter | Φ8–16mm |
| Length | 200–3000mm (Customizable) |
| Fin Material | Aluminum or Stainless Steel |
| Fin Size / Pitch | Customizable according to application |
| Heating Wire | Ni-Cr resistance wire |
| Insulation | High-purity magnesium oxide powder |
| Operating Temperature | Up to 800°C |
| Input Voltage & Power | Customizable according to system requirements |
| Installation Method | Threaded, Flanged, or Custom Mounting |
| Surface Treatment | Polished or Oxidized Finish (Optional) |
| Service Life | ≥10,000 hours under rated conditions |
● High Thermal Efficiency: Finned structure increases heat dissipation area and enhances air heating performance.
● Dry-Burn Resistance: Specially designed for air heating applications without liquid medium, ensuring safe operation.
● Uniform Temperature Distribution: Provides consistent airflow temperature across the heating chamber.
● Durable Construction: Stainless steel or Nickel–Iron–Chromium Alloy sheath with excellent oxidation and corrosion resistance.
● Energy Saving: Optimized heat transfer structure reduces power consumption while maintaining high output.
● Long Service Life: Reliable for continuous high-temperature operation under rated conditions.
● Customizable Design: Available in various diameters, lengths, voltages, fin materials, and mounting styles.
● Industrial drying ovens and baking equipment
● Air duct heaters and forced-air heating systems
● Paint curing and powder coating lines
● Food processing and dehydration machines
● Textile, paper, and wood drying systems
● Environmental test chambers and heat treatment furnaces
● Any application requiring dry, uniform, and efficient air heating
