About Finned Heater
We are well known in the market as a manufacturer that provides various types of the heater of premium quality at a very compromising cost. Our
Finned heater is a tubular structured heater with the wide range of application. It has a high requirement in the chemical industries and we offer this product to them at a very affordable price within the fixed frame of time. A client can have minimum 6 number of this
Finned Heater at a onetime order and we assure a defect-free delivery at the clients given location.
Specifications: - We can provide Wattage/power: 1500 watt to 30000 KW.
- Ambient Temperature: up to 400C.
- Material: carbon steel with nickel plated.
- Operation Running Voltage: 220 volt, 240 volt, 480 volt, 600 Volt.
- Various diameters and Length.
- Available in a broad variety of sheaths, diameters, and Wattage.
- Supplied with electrically insulated sheath.
- We Provide superior internal electrical insulation and heat conductivity For Processing of machinery.
Applications: - Plating and pickling solutions
- Acid and Chemical industry
- Cleaning Process
- Degreasing Process
- Corrosive liquids
- Food processing equipment / Plant and Machinery
- Radiant heating
- Alkaline cleaning solutions
- Tars
- Dryers
- Asphalt
- Electric ovens.
- Air heating Process
Efficient Heating Solution for Industrial ApplicationsDesigned for demanding environments, this finned heater ensures optimal thermal performance through polished, finely crafted fins and a tubular heating element. Its construction from stainless steel or aluminum enhances durability and corrosion resistance. Custom mounting and adjustable dimensions allow seamless integration into diverse systems, such as drying ovens, duct heaters, and cabinet heaters.
Customizable Features and Flexible InstallationThe heater accommodates various sheath diameters (8mm, 10mm, 12mm), lengths, shapes, and power ratings, ensuring suitability for unique industrial setups. Easy installation via bracket, clamp, or flange provides flexibility, while electric operation streamlines maintenance. Users can specify wire insulation type, ensuring reliable performance in high-temperature environments.
FAQs of Finned Heater:
Q: How is the finned heater installed in industrial systems?
A: The finned heater can be mounted using brackets, clamps, or flanges, allowing secure and adaptable installation in applications such as duct heaters, industrial ovens, or drying chambers. Its size and mounting options can be customized to fit specific system requirements.
Q: What are the benefits of using a polished, stainless steel finned heater?
A: A polished stainless steel surface finish enhances durability, corrosion resistance, and heat transfer efficiency. This ensures longer service life and consistent performance in harsh environments found in industries like plastics, food processing, and pharmaceuticals.
Q: When should I choose aluminum vs. stainless steel finned material?
A: Aluminum fins offer superior thermal conductivity and are recommended for fast, efficient heating. Stainless steel fins are ideal for environments needing enhanced durability and resistance to chemical exposure, making them suitable for food and pharmaceutical industries.
Q: Where can finned heaters be utilized within industrial applications?
A: Finned heaters are commonly used in air and gas heating, industrial ovens, drying processes, duct heaters, and cabinet heating, providing consistent, controlled heat for manufacturing, processing, and environmental control systems.
Q: What is the process for customizing power, dimensions, or connection types?
A: Users can request modifications such as power rating, length, shape, and sheath diameter to fit their application. Preferred wire insulation (ceramic or silicone), mounting style, and voltage can also be specified during the ordering process, ensuring tailored performance.
Q: How does the heaters insulation resistance benefit industrial operations?
A: With insulation resistance of at least 100 Megohms at 500V DC, the heater protects against electrical leakage, enhancing operational safety and reliability in high-temperature and sensitive industrial conditions.