| Customization: | Available |
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| Certification: | ISO9001, CE |
| Type: | Immersion Water Heating Tubular |
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Jaye Heater's industrial tubular heaters have earned acclaim for their outstanding quality and meticulous raw material selection. Built to deliver top-tier performance and reliability, these heaters harness high-grade materials including stainless steel, Incoloy, and copper. These materials are chosen for their remarkable corrosion resistance and durability. The implementation of superior nickel-chromium resistance wire ensures optimal heat distribution and long-lasting efficiency. Jaye Heater's stringent quality control measures, from raw material selection to final product testing, guarantee that every heater adheres to the highest industry standards.
Advantages:
| 230V 1500W U Type Industrial Electric Tubular Oven Heating Element | |
JAYE Tubular heaters find widespread use in burn-in-air heating applications. They feature moderate resistance to moist conditions, making them ideal for users not requiring extreme corrosion resistance.
Formed Heating Elements
Jaye Heater's custom heating elements can be tailored to any length and shaped into nearly any configuration. A range of sheath materials are available to meet your specific application needs. The possibilities for connections and terminations are vast, limited only by your creativity 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 collaborates with OEM design teams to fabricate bespoke tubular heaters for both prototype and production needs.
Considerations When Selecting Tubular Heaters
When selecting the ideal tubular heating element for your needs, several critical factors should be evaluated before making a choice. These factors include:
Electrical Termination Type : Select an appropriate connection method, such as threaded studs or quick disconnect spades, according to your system's specifications.
Temperature Control : Ensure the heater is capable of delivering precise and dependable temperature control for your application.
Voltage and Wattage Rating : Determine the appropriate voltage and wattage to satisfy your specific heating requirements.
Installation and Mounting Requirements : Consider the requisite brackets, fittings, and mounting hardware for a secure installation.
Forming and Bending Requirements : Assess any specific shapes or configurations necessary for your application.
Operating Temperature : Confirm the heater's capability to endure the required operating temperature range.
Corrosive Environment and Effects : Evaluate potential environmental impacts on the heater and select materials that resist corrosion.
Typical Applications of Tubular Heating Elements
Metal Mold, Die, and Platen Heating : Ensures uniform and consistent heating for metal molds and dies in manufacturing.
Medical and Analytical Device Heating : Employed in medical devices and analytical equipment for precise temperature management.
Embedded in Metal Parts and Platens : Cast into metal parts and platens to facilitate efficient heat transfer.
Packaging Equipment : This specialized component plays a vital role in cut and seal heads within packaging machinery, ensuring precise and reliable sealing for optimal performance.
Tank Wall and Pipe Heating : Expertly applied to heat tank walls and pipes, it ensures the maintenance of fluid temperatures within desired ranges for enhanced efficiency.
Liquid Immersion and Circulation Heaters : Engineered for direct immersion into liquids, these heaters provide consistent and uniform heating, optimizing your liquid processing needs.
Furnace and Oven Heating : Crucial for maintaining controlled and stable temperatures in industrial furnaces and ovens, ensuring optimal operation and product quality.
Comfort Heating and Freeze Protection : Delivering dependable heating solutions, it ensures comfort while effectively preventing freezing conditions in various settings.
Process Air and Gas Heating : Designed to efficiently heat air and gases in process applications, ensuring optimal performance and energy use.
Thermoforming, Curing, and Drying : Perfectly suited for thermoforming, curing applications, and drying tasks, ensuring precision and efficiency in these processes.
Incubators : Offers precise temperature regulation, ideal for biological and medical incubators to ensure optimal incubation conditions.
Laboratory Sterilizers : Ensures effective and reliable sterilization in laboratory equipment, maintaining high standards of cleanliness and safety.
Environmental Chambers : Essential for maintaining specific environmental conditions, crucial for rigorous testing and experimentation purposes.
Quality Control Chart:
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