Customization: | Available |
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Certification: | ISO9001, CE |
Type: | Immersion Water Heating Tubular |
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Jaye Heater's industrial tubular heaters stand out for their unmatched quality and precision in raw material selection, guaranteeing exceptional performance and reliability. Crafted from top-notch materials like stainless steel, Incoloy, and copper, these heaters promise excellent corrosion resistance and robust durability. The incorporation of premium nickel-chromium resistance wire ensures efficient heat dispersion and extended life span. Jaye Heater's stringent quality control processes, from the selection of materials to exhaustive final product testing, assure that every heater adheres to the highest industry standards.
Advantages:
Specifications:
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Sheath Material
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SUS304, SUS316, Incoloy800 |
Volt&Watt
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customized |
Tube diameter
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6.6mm, 8mm, 11mm, customization |
Size
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customized |
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 heaters are extensively used for air heating applications. They offer considerable resistance against moist environments and are ideal for users who do not require extremely high corrosion resistance.
Formed Heating Elements
Jaye Heater's bespoke heating elements can be custom manufactured to any length and formed into nearly any configuration, sheathed in a variety of materials tailored to your needs. The options for connection and termination are limited solely by your creativity and available 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 often collaborates with OEM design teams to produce custom tubular heaters for both prototype and production stages.
Considerations When Selecting Tubular Heaters
Several crucial factors must be considered when choosing the ideal tubular heating element for your application. These factors include:
Electrical Termination Type: Opt for the suitable connection type, such as threaded studs or quick disconnect spades, aligned with your system's requirements.
Temperature Control: Ensure the heater offers precise and dependable temperature regulation tailored to your application.
Voltage and Wattage Rating: Choose the appropriate voltage and wattage to fulfill your specific heating needs.
Installation and Mounting Requirements: Factor in necessary brackets, fittings, and mounting hardware for proper installation.
Forming and Bending Requirements: Determine any particular shape or configuration required to fit your application.
Operating Temperature: Ensure the heater can endure the required operating temperature range.
Corrosive Environment and Effects : Assess the environmental impact on the heater and select materials effectively resisting corrosion.
Typical Applications of Tubular Heating Elements
Metal Mold, Die, and Platen Heating: Ensures uniform heating for metal molds and dies essential in manufacturing processes.
Medical and Analytical Device Heating: Precision temperature control for medical devices and analytical equipment.
Embedded in Metal Parts and Platens: Cast into metal components and platens for superior heat transfer efficiency.
Packaging Equipment: Harnessed for optimal use in cut and seal heads of advanced packaging machinery, ensuring impeccable and precise sealing.
Tank Wall and Pipe Heating: Expertly applied to heat tank walls and pipes, effectively maintaining consistent fluid temperatures.
Liquid Immersion and Circulation Heaters: Ingeniously designed for direct immersion in liquids, delivering steady and reliable heating.
Furnace and Oven Heating: Crucial for sustaining meticulously controlled temperatures within industrial furnaces and ovens.
Comfort Heating and Freeze Protection: Provides dependable heating solutions, ensuring warmth and safeguarding against freezing.
Process Air and Gas Heating: Efficiently utilized in process applications to heat air and gases with precision.
Thermoforming, Curing, and Drying: Perfectly suited for thermoforming processes, curing applications, and efficient drying operations.
Incubators: Delivers precise temperature regulation essential for biological and medical incubators.
Laboratory Sterilizers: Ensures robust and effective sterilization in sophisticated laboratory equipment.
Environmental Chambers: Employed to maintain specific environmental conditions vital for testing and experimentation.
Quality Control Chart: