In applications where tubular heaters are exposed to forced convection, placing fins around tubular heaters increases their surface area and thus improves their heat transferring capacity. Due to the shortened length of the heating element, the heat loss of the tubular heater is reduced, and the utility model has the advantages of rapid temperature rise, uniform heat generation, good heat dissipation performance, high thermal efficiency, long service life, small volume of the heating device and low cost under the same power condition. According to user requirements, a reasonable design is made by Jaye industry for easy installation.
The straight type finned tubular heater is essentially the standard tubular heater design, enhanced with tightly wound spiral fins along the pipe's surface. These fins serve to amplify the convective surface area, particularly for air heating applications. It's a straightforward yet highly favored configuration for finned tubular heaters. Typically, the most common size features a 12mm diameter and operates at 230V. The spiral fins measure between 24-30mm in diameter, offering optimal heat distribution. However, at Jaye, we can customize sizes to meet your specific requirements upon request.
The U-shaped finned tubular heater is a popular product from Jaye, widely used in various heating industries like air duct heating, oven heating, furnace operations, and load banks. We specialize in customizing these heaters to meet your specific requirements. Our standard offering features a 12mm diameter, operating at 230V, with spiral fin diameters typically ranging between 24-30mm. However, we can also accommodate custom sizes to suit your unique needs. With our expertise, we serve customers worldwide, delivering top-quality finned tubular heaters tailored to their exact specifications.
Jaye specializes in crafting versatile W or M-shaped finned heaters, designed to optimize heating capacity in tight spaces. We meticulously customize size, length, and R values to fit your exact needs. Our standard models feature a 12mm diameter, 230V operation, and 24-30mm spiral fin diameters, but we're adept at accommodating other dimensions upon request. With our expertise, we deliver top-quality finned tubular heaters tailored precisely to your specifications.
Rectangular fin heaters utilize stainless steel plates as fins to expand the heating area of the heating element. Among the various sizes available, the 25*50mm and 40*80mm fins stand out as the most sought-after options. Typically, these heaters feature a diameter of either 8.5mm or 10mm, which are commonly used. However, we are flexible and capable of accommodating other diameter requirements upon your request.
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Product Item |
Finned Tubular Heating Elements |
|
Voltage |
110V-600V, Or Customized |
|
Sheath Watt Density |
2-13 w/cm2 |
|
Sheath Material |
Stainless steel 304, 316, Incoloy 840, Incoloy 800 |
|
Fin Material |
Steel or Stainless steel |
|
Sheath Lengths |
300mm to 3000mm or customized |
|
Maximum Temperature |
Steel fins on steel sheath—750°F (400°C) Steel fins on Incoloy or SS sheath—750°F (400°C) Stainless Steel fins on stainless, Incoloy 840 or Incoloy 800 sheath—1200°F (650°C) |
|
Application |
Air heater, used in oven and duct heater and other industry heating process |
Products Description Stainless Steel Finned Tubular Heater Air Duct Heater High-Efficiency Heating Spiral fins increase the surface area of heating elements, significantly enhancing heat transfer efficiency in air or gas. This enables them to heat air faster than traditional...
Products Description Air Tubular Finned Heater for Oven Heating is an efficient and durable heating solution designed for enhanced heat dissipation in air and gas heating applications. Featuring a tubular heating element integrated with extended fin surfaces, it maximizes...
The M-shaped finned tube heater is a type of high-frequency resistance welded finned tube. Its defining characteristic is the unique shape of its fins. It is an enhanced heat transfer element formed by continuously winding and welding a steel strip (typically carbon or...
Finned Coil Heating tube is essentially a metal serpent wearing a jacket of fins—those ribs expand its surface area so it can toss heat into air or onto surfaces far more efficiently than a plain tube could. Below is a clean, practical rundown of what engineers look at,...
A Finned Duct Heating Tube is an electric heating element designed for air-flow environments, where large heat-exchange surfaces are essential. The metal fins wrapped around the tubular heater stretch its surface area like a set of orderly metal feathers, allowing air to pick...
A finned heating element is a high-efficiency heating element that significantly increases its heat dissipation surface area by adding metal fins to a standard metal-sheathed electric heating element.
A Tubular Finned Heating Element is an electric heater designed to provide efficient heat transfer in air or gas environments. By integrating metal fins onto a tubular heating core, the element increases its surface area significantly, allowing faster heat dissipation and...
Key Features and Advantages: High Efficiency: The finned design provides a large surface area for heat exchange, allowing it to transfer a 6KW load effectively into the air stream without excessively high element temperatures (which reduces lifespan). Compact Design: By using...
3KW Air Fin Heating Element SUS304 is a durable and efficient solution for industrial and commercial air heating applications.Constructed from SUS304 stainless steel with a finned tubular design, it ensures rapid and uniform heat transfer, excellent corrosion resistance, and...
The 4KW SUS304 Air Fin Heater from Jaye Heater delivers fast, uniform, and efficient heating, built to withstand tough industrial environments while ensuring long-lasting performance. Specifications: Applications: Industrial air heating systems Drying ovens and air ducts...
Jaye Heater Technology's Finned Tubular Heaters are versatile and highly efficient, making them ideal for a wide range of cool-down applications in industrial, commercial, and laboratory settings. Here's a professional specification table for a Finned Tubular Heater used in...
Trusted HVAC professionals choose Jaye Heater Technology for expert-crafted AHU & duct heater elements. Our decades of experience mean we deliver authoritative solutions you can rely on for safety and efficiency. Get durable, custom-designed elements and unparalleled support.
Finned tubular heaters are commonly used in various applications where efficient and controlled heating is required. Some specific applications include:
Finned tubular heaters are often used to heat air in HVAC systems, providing warmth in buildings, industrial facilities, warehouses, and other enclosed spaces.
Finned tubular heaters are utilized in industrial ovens, kilns, furnaces, and dryers for processes such as drying, curing, baking, and heat treating.
Finned tubular heaters are employed in load banks used for testing and maintaining electrical power systems by simulating real-life electrical loads.
They play a crucial role in various industrial processes requiring controlled heating, such as plastic molding, packaging, food processing, and chemical manufacturing.
Finned tubular heaters can be used in water heaters, boilers, and water tanks for heating liquids in residential, commercial, and industrial settings.
In applications where oil needs to be heated, such as in hydraulic systems, lubrication systems, and oil refineries, finned tubular heaters are commonly employed.
Finned tubular heaters are used in commercial food service equipment, such as warming cabinets and food holding equipment, to keep food at the desired temperature.
These heaters are used in drying equipment for various industries, including food processing, pharmaceuticals, textiles, and paper manufacturing.
In agriculture, finned tubular heaters are used in equipment like incubators and brooders for maintaining optimal temperatures for animal husbandry.
These heaters are employed in various convection heating systems where efficient heat transfer to air is necessary.
They are integrated into medical and laboratory equipment for tasks like sterilization, incubation, and temperature control.
They are often used in portable and fixed space heaters to provide localized heating in residential, commercial, and industrial settings.
