Finned Tubular Heater
EaseWise supplies custom finned tubular heaters for industrial air and gas heating applications. Their extended fin surfaces increase the effective heat transfer area, making these heating elements suitable for industrial ovens, dryers, HVAC and duct heating systems, forced-air heaters, and process heating equipment.
We provide standard and OEM finned tubular heaters with flexible options for tube material, diameter, length, voltage, wattage, fin material, fin spacing, and terminal configuration. As a finned tubular heater supplier, EaseWise coordinates customized solutions according to equipment design, heating load, airflow conditions, installation requirements, and operating environment.
Request a Quote for your heating requirements, or view available heater configurations to explore standard and custom options.
Wide Application of Finned Tubular Heaters
Finned tubular heaters are designed for efficient air and gas heating in systems that require an increased heat transfer surface area. Their extended fin design improves heat exchange with moving air, making these finned tubular heating elements suitable for industrial air heating equipment and forced-air heating applications.
They are commonly used in industrial ovens, drying systems, HVAC and duct heating, air circulation equipment, and temperature control systems. The heater configuration can be selected according to the heating application, airflow conditions, and installation requirements.
Key applications include:
Finned Tubular Heater Specifications
EaseWise supplies standard and custom finned tubular heaters and finned tubular heating elements for industrial air and gas heating applications. The following specifications can be selected according to heating load, airflow conditions, and equipment installation requirements.
| Specification | Typical Options / Description |
|---|---|
| Voltage & Wattage | Customized according to the required heating load and available power supply |
| Watt Density | Selected according to airflow, heat transfer requirements, and operating conditions |
| Tube Diameter | Commonly Φ8–16 mm; other sizes available upon request |
| Tube Material | SUS304, SUS316, and other suitable materials |
| Fin Material | SUS201, SUS304, and other suitable materials |
| Tube Length | Customized according to equipment design and heating requirements |
| Overall Length | Customized to fit equipment dimensions and installation space |
| Fin Spacing | Customized according to airflow and heat transfer requirements |
| Terminal Configuration | Standard or customized terminals and wiring options |
| Accessories | Mounting fasteners and other accessories available upon request |
Custom Finned Tubular Heater
EaseWise coordinates custom finned tubular heaters for OEM equipment, replacement projects, and industrial heating systems. To help us identify a suitable configuration, please provide the following specifications:
- Voltage and wattage
- Tube diameter and tube length
- Tube and fin materials
- Fin spacing
- Terminal and wiring configuration
- Overall dimensions and installation requirements
- Airflow and operating temperature, if available
For special terminal positions, wiring arrangements, or dimensions between the fin section and terminal, please include these details in your technical drawing or specification.
Request a Quote and send your drawing or specifications to discuss a custom finned tubular heater for your application.
Key Features of Finned Tubular Heater
- Efficient Heat Transfer: Extended fins increase the heating surface area, improving heat transfer to moving air and gas.
- High-Temperature Performance: Tube and fin materials can be selected according to temperature requirements and operating conditions.
- Durable Construction: Tubular heating elements provide mechanical strength and reliable operation in demanding industrial environments.
- Flexible Customization: Heater dimensions, fin spacing, terminal configuration, and other specifications can be customized for different equipment designs and installation requirements.
How to Choose a Finned Tubular Heater
Choose a finned tubular heater based on the required heating load, airflow conditions, installation space, and operating environment. Proper selection helps ensure efficient heat transfer, reliable operation, and longer service life.- Power and Voltage: Match the heater power and voltage with the required heating load and available electrical supply.
- Materials and Temperature: Select suitable tube and fin materials, such as SUS304 or SUS316, according to operating temperature, air quality, and environmental conditions.
- Size and Configuration: Confirm tube diameter, tube length, fin spacing, overall dimensions, and terminal configuration to ensure proper installation and heat distribution.
- Airflow and Watt Density: Consider airflow rate and watt density together to achieve effective heat transfer and maintain a suitable heater surface temperature.
Finned Tubular Heater Range
Request a Quote for a custom finned tubular heater designed for your application.
Finned tubular heaters are designed for efficient air and gas heating applications that require an increased heat transfer surface area. Their extended fin design provides additional surface area for heat exchange with 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 processes, temperature control, air circulation heating, and equipment heating. Finned tubular heaters are available with customized dimensions, power ratings, materials, and configurations to suit specific heating loads, airflow conditions, installation spaces, and operating requirements.
Key applications include:
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.