| Customization: | Available |
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| Certification: | ISO9001, CE |
| Type: | Immersion Water Heating Tubular |
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Jaye Heater's industrial tubular heaters are renowned for their exceptional quality and meticulous raw material control, ensuring superior performance and reliability. These heaters are manufactured using high-grade materials, such as stainless steel, Incoloy, and copper, which provide excellent corrosion resistance and durability. The use of high-quality nickel-chromium resistance wire ensures efficient heat distribution and longevity. Jaye Heater implements rigorous quality control measures, from material selection to final product testing, guaranteeing that each heater meets the highest industry standards.
Advantages:
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Specifications:
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Sheath Material
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SUS304, SUS316, Incoloy800 |
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Volt&Watt
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customized |
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Tube diameter
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6.6mm, 8mm, 11mm, customization |
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Size
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customized |
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Resistance Tolerance
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+10% - 5%
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Spirals
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Nickel - Chrome
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JAYE tubular heater can be customized. Contact us for more information!
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JAYE Tubular heater are used very widely for burn-in-air heating. Has relatively high resistance against moist environments. Recommended for users who do not need very high corrosion resistance.
Formed Heating Elements
Jaye Heater's custom heating elements can be provided in any length, formed into virtually any configuration, and sheathed in a variety of materials to suit your application. The connection and termination possibilities are limited only by your imagination and the availability of components. Standard terminations include threaded studs, threaded bulkheads, screw lugs, quick disconnect spades, ceramic-to-metal hermetics, molded rubber leads, conventional lead wire terminal assemblies, and more. Jaye Heater frequently fabricates custom tubular heaters in collaboration with an OEM's design staff for both prototypes and production.
Considerations When Selecting Tubular Heaters
When selecting the right tubular heating element for your application, several important factors should be considered before making a decision. These factors include:
Electrical Termination Type: Choose the appropriate connection method, such as threaded studs or quick disconnect spades, based on your system's needs.
Temperature Control: Ensure that the heater can provide precise and reliable temperature regulation for your application.
Voltage and Wattage Rating: Select the correct voltage and wattage to meet your specific heating requirements.
Installation and Mounting Requirements: Consider the necessary brackets, fittings, and mounting hardware for proper installation.
Forming and Bending Requirements: Evaluate any specific shape or configuration needed to fit your application.
Operating Temperature: Ensure the heater can withstand the required operating temperature range.
Corrosive Environment and Effects: Assess how the environment may affect the heater and choose materials that resist corrosion.
Typical Applications of Tubular Heating Elements
Metal Mold, Die, and Platen Heating: Provides uniform heating for metal molds and dies used in manufacturing.
Medical and Analytical Device Heating: Used in medical devices and analytical equipment for precise temperature control.
Embedded in Metal Parts and Platens: Cast into metal components and platens for efficient heat transfer.
Packaging Equipment: Utilized in cut and seal heads for packaging machinery to ensure accurate sealing.
Tank Wall and Pipe Heating: Applied to heat tank walls and pipes for maintaining fluid temperatures.
Liquid Immersion and Circulation Heaters: Designed for direct immersion in liquids to provide consistent heating.
Furnace and Oven Heating: Essential for maintaining controlled temperatures in industrial furnaces and ovens.
Comfort Heating and Freeze Protection: Offers reliable heating solutions for comfort and preventing freezing.
Process Air and Gas Heating: Used in process applications to heat air and gases efficiently.
Thermoforming, Curing, and Drying: Ideal for thermoforming processes, curing applications, and drying tasks.
Incubators: Provides precise temperature regulation for biological and medical incubators.
Laboratory Sterilizers: Ensures effective sterilization in laboratory equipment.
Environmental Chambers: Used to maintain specific environmental conditions for testing and experimentation.
Quality Control Chart:
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