Finned Tubular Heater
EaseWise Finned Tubular Heater is a customizable finned tubular heater designed for efficient electric air and gas heating. Its extended fin design increases the heat transfer surface area, making it suitable for industrial ovens, dryers, HVAC and duct heating systems, air heaters, process heating equipment, and other industrial heating applications.
We supply standard and custom finned tubular heating elements with flexible options for tube material, diameter, length, voltage, power, fin material, fin spacing, and terminal configuration. As a finned tubular heater supplier, EaseWise can provide customized heating elements for different equipment designs, installation spaces, heating loads, and operating conditions.
Request a Quote with your required specifications, or view available heater configurations to explore available options.
Wide Application of Finned Tubular Heaters
Finned tubular heaters are designed for efficient air and gas heating where increased heat transfer surface area is required. The extended fin design improves heat transfer to moving air, making these finned tubular heating elements suitable for air heaters, forced-air heating systems, industrial ovens, dryers, HVAC and duct heating systems, and process heating equipment.
Typical applications include industrial air heating, drying, temperature control, air circulation heating, and equipment heating. Finned tubular heaters can be configured to match different heating loads, airflow conditions, installation spaces, and operating requirements.
Key applications include:
Medical & Healthcare
Finned tubular heaters provide reliable, clean heat for sterilization equipment, medical device warming, laboratory heating systems, and other healthcare equipment requiring controlled air heating.
Industrial Heating
High-performance finned tubular heaters are well suited for industrial ovens, dryers, process heating equipment, and forced-air heating systems used in continuous manufacturing environments.
Automotive & Transportation
Durable finned tubular heaters are suitable for paint curing booths, engine preheating, cabin HVAC systems, and other air heating applications in automotive and heavy vehicle equipment.
Electronics & Home Appliances
Specification of Finned Tubular Heater
Finned Tubular Heater Specifications
EaseWise supplies standard and custom finned tubular heaters for different heating loads, airflow conditions, and installation requirements.
| Specification | Typical Options / Description |
|---|---|
| Voltage & Power | Customized to the required heating load |
| Tube Diameter | Commonly Φ8–16 mm; other sizes available |
| Tube Material | SUS304, SUS316, and other suitable materials |
| Fin Material | SUS201, SUS304, and other suitable materials |
| Tube Length | Customized to the required heating area |
| Overall Length | Customized assembled length |
| Fin Spacing | Customized for airflow and heat transfer |
| Terminal Configuration | Standard or customized terminals and wiring |
| Accessories | Fasteners and other accessories as required |
Custom Finned Tubular Heater
For custom orders, provide the voltage, power, tube diameter, tube length, fin material, fin spacing, terminal configuration, and installation dimensions. These details help us recommend a suitable configuration.
For special terminal, wiring, or fin-to-terminal dimensions, please include the requirements on your drawing or specification.
Request a Quote with your specifications for a custom finned tubular heater.
Key Features of Finned Tubular Heater
The extended fin design increases the heating surface area, improving heat transfer for air heating, gas heating, and forced-air heating. Finned tubular heaters are suitable for ovens, dryers, HVAC and duct systems, air heaters, and industrial heating equipment.
- Efficient Heat Transfer: Extended fins increase the heating surface area for moving air and gas.
- High-Temperature Performance: Tube and fin materials can be selected for different temperatures and operating conditions.
- Durable Construction: Tubular construction provides mechanical strength and reliable operation in industrial environments.
- Flexible Installation: Heater shape, dimensions, fin spacing, and terminal configuration can be customized for different equipment.
How to Choose a Finned Tubular Heater
Choose a finned tubular heater based on the heating load, airflow, installation space, and operating conditions.
- Power and Voltage: Match the heater power and voltage to the required heating load and available power supply.
- Materials and Temperature: Select suitable tube and fin materials, such as SUS304 or SUS316, according to the operating temperature and environment.
- Size and Configuration: Check the tube diameter, length, fin spacing, overall dimensions, and terminal configuration to ensure proper installation.
- Airflow and Watt Density: Consider airflow and watt density together to achieve effective heat transfer and suitable surface temperature.
For a custom finned tubular heater, provide the power, voltage, dimensions, materials, fin spacing, airflow, and operating temperature when available.
Finned Tubular Heater Range
EaseWise supplies finned tubular heaters for industrial air heating, ovens, dryers, HVAC and duct systems, and process heating equipment. Options include different power, voltage, tube diameter, length, fin spacing, and terminal configurations.
Choose a standard configuration or request a custom finned tubular heater matched to your equipment, airflow, and installation requirements.
Request a Quote for a custom heating solution.
Request a Quote for a custom finned tubular heater designed for your application.
Request a Quote
Frequently Asked Questions
Finned tubular heaters are used for efficient air, gas, and liquid heating in industrial ovens, drying systems, HVAC ducts, process heating equipment, and household appliances where enhanced heat transfer is required.
Common sheath materials include stainless steel (SUS304) and Incoloy for corrosion resistance. Fin materials include 10# iron, SUS201, and SUS304, selected based on the heating medium and operating temperature.
Yes. We customize voltage, power, pipe diameter (Φ8–16mm), pipe length, fin spacing, and terminal configurations to match your exact application requirements.