Finned Tubular Heater

Tzheater Finned Tubular Heater is a type of electric heating element commonly used in various industrial applications where high heat output and efficient heat distribution are required. It consists of a tubular heating element with fins attached to the surface. The fins increase the surface area of the heating element, improving heat transfer efficiency and allowing for a higher heat output in a smaller space. Finned tubular heaters are widely used in heating air, liquids, and gases, especially in environments requiring consistent, high-temperature operations.

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Wide Application

Finned Tubular Heaters are highly efficient heating solutions designed for applications requiring enhanced heat transfer and durability. Their unique finned design increases surface area, making them ideal for heating air, gases, and liquids in various industries. Below are the key applications of Finned Tubular Heaters:

Medical & Healthcare

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Industrial Heating

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Automotive & Transportation

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Electronics & Home Appliances

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Specification of Finned Tubular Heater

1. Voltage and power: customized according to the actual needs of customers.
2. Pipe diameter: commonly used pipe diameter is Φ 8-16mm.
3. Pipe material: Common materials include 10 # iron SUS304。
4. Fin material: Common materials include 10 # iron SUS201、SUS304。
4. Pipe length: refers to the length of the pipe body.
5. Total length: refers to the total length of the terminal posts including both ends (fasteners).
6. Accessories: If fasteners are not required, customers must indicate.
Note:
1. If the customer does not have strict requirements, only the length parameters of the pipe body can be provided (fasteners and wiring parts are processed according to conventional procedures).
2. If there are requirements for the distance between the fins and the fastener parts of the finned heating tube (i.e. the parts of the fins left at both ends after winding), they can be marked.

Key Features of Finned Tubular Heater

1. Efficient heat dissipation: The fin design significantly increases the heat dissipation area and improves the heat exchange efficiency.
2. Rapid heating: High quality resistance wire and high-density magnesium oxide powder ensure rapid heating.
3. High temperature resistance: Multiple metal tube materials are available to adapt to high temperature environments.
4. Corrosion resistance: Select materials according to requirements, suitable for corrosive environments.
5. High mechanical strength: sturdy structure, pressure resistance, earthquake resistance, suitable for harsh working conditions.
6. Safe and reliable: Excellent insulation performance, equipped with overheating protection to ensure safety.
7. Easy installation: The structural design is reasonable, and installation and maintenance are convenient.

Considerations When Choosing Finned Tubular Heaters

Power and Voltage: Ensure that the heater’s power rating and voltage match the requirements of the application to prevent overheating or insufficient heating. Material Compatibility: Select the correct materials for the finned heater based on the medium being heated (air, water, oil, etc.) and the temperature range required. For example, ensure the materials are compatible with corrosive chemicals or high heat. Size and Fit: Proper sizing is crucial for ensuring uniform heat distribution and efficient operation. The heater must be sized to fit within the space and accommodate the required heating power. Safety Features: Consider incorporating thermal cutoffs, over-temperature protection, or fuse elements to ensure the heater operates safely and does not overheat. Maintenance: Regular maintenance is required to ensure the heater continues to operate efficiently. Check for wear or buildup of dirt, which can hinder heat transfer.

Finned Tubular Heater Range

Finned Tubular Heater is a high-efficiency heating solution designed for enhanced heat transfer in air, gas, and liquid heating applications. Featuring a finned design that increases surface area, this heater ensures rapid heating, uniform temperature distribution, and energy efficiency. Built with stainless steel or incoloy sheaths, it offers durability and corrosion resistance for demanding environments.