产品展示

W-Shaped Finned Heating Element

Description

The W-shaped finned heating element is specially designed for high-efficiency air and gas heating applications.
Its W-shaped configuration allows for compact installation while providing a large heat exchange area.
The finned structure on the tube surface significantly enhances heat dissipation, improving thermal efficiency and temperature uniformity during operation.

The element is made from stainless steel, copper, or nickel–iron–chromium alloy, ensuring excellent corrosion resistance and long service life even under continuous high-temperature conditions.
It is widely used in industrial ovens, air ducts, drying systems, and heating chambers.


Technical Parameters
ItemSpecification
MaterialStainless Steel / Copper / Nickel-Iron-Chromium Alloy
Structure TypeW-Shaped Finned Heating Tube
Tube DiameterΦ6–16mm
Heating Length200–2000mm (Customizable)
Rated Voltage110V–480V
Power Range100W–10kW
Heating WireNi-Cr Resistance Wire
Fin MaterialAluminum / Stainless Steel
Fin Pitch2.5–7mm (Customizable)
Sheath Surface Temperature≤850°C
Surface TreatmentPolished / Anti-Oxidation / Passivated
Service Life≥10,000 hours under rated conditions



Product Advantages

● Efficient Heat Transfer: Finned design greatly increases surface area for faster heat dissipation.

● Compact W-Shape Design: Provides high output within limited installation space.

● Durable Construction: High-quality materials ensure long-term stability and corrosion resistance.

● Energy Saving: Optimized heating efficiency reduces power consumption.

● Stable Performance: Withstands vibration, impact, and long operating cycles.

● Customizable Options: Voltage, power, fin spacing, and shape available upon request.


Applications

● Industrial ovens and baking equipment

● Air duct heaters and ventilation systems

● Drying and dehumidifying machines

● Heating chambers and test equipment

● Food processing and packaging systems

● Industrial hot air generation units


Packaging and shipping
测试
测试
测试
测试
测试
Related News
Related FAQ