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Mica Band Heater Kyoto

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Mica Band Heater

The Mica Band Heater by Subhot Enterprises Pvt. Ltd. is designed for efficient, uniform heating of cylindrical surfaces such as barrels, pipes, and nozzles. Built with a NickelChromium resistance element, mica dielectric core, and stainless-steel sheath, this heater ensures excellent thermal conductivity, high dielectric strength, and long service

With customizable dimensions, watt density, and terminal enclosures (IP54/IP66), Mica Band Heaters are widely used in plastic processing, packaging, extrusion, and food machinery where precise and reliable heating is critical.

As a premier manufacturer, Subhot Enterprises Pvt. Ltd. specializes in designing and engineering high-performance Mica Band Heater in Kyoto tailored for demanding applications. Our heavy-duty heating setups are engineered to optimize the thermal workflow for various manufacturing units operating setup within the Kyoto zone.

Whether your facility requires standard configurations or highly customized specifications, our range of Mica Band Heater delivers consistent performance under harsh industrial environments. We ensure safe transit and secure logistics packaging for all orders dispatched directly to Kyoto commercial hubs within 3 business days. Contact our technical expert team today for standard pricing or a tailored business quotation for your operations.

Advantages

  • High Efficiency : Direct surface heating ensures maximum heat transfer and minimal energy waste.
  • Durability : Robust stainless steel/aluminum sheath and mica insulation provide a long operating life.
  • Customization : Available in a wide range of diameters, widths, voltages, and watt densities to fit exact user requirements.
  • Safe Operation : Moisture-resistant enclosures and insulated connections ensure operator safety and reduced downtime.
  • Versatility : Ideal for plastic processing, food packaging, extrusion, and other industrial heating needs.
  • Quick Heat Response : Low thermal mass allows faster heating and cooling cycles, reducing machine downtime.

Applications

  • Plastic Industry: Heating of injection molding barrels, nozzles, and extrusion machines
  • Packaging Machinery: Sealing jaws, cutting and sealing rollers
  • Food Processing: Container heating, drum heating, and hot sealing processes

  • Chemical & Pharma: Pipe and tank heating for controlled material flow

  • Extrusion & Blow Molding: Uniform heating of dies and nozzles

  • Drum & Pipe Heating: Suitable for small to medium-sized cylindrical storage vessels

Features

  • Precise and uniform heating performance with minimal heat loss

  • Compact, lightweight design that ensures easy installation

  • High dielectric strength due to mica insulation layer

  • Corrosion-resistant sheath (SS or Aluminum cladding) for long life

  • Customizable in size, voltage, watt density, and design

  • Optional thermocouple integration for accurate control

  • Moisture-resistant enclosure (IP66) available for wet environments

  • Quick heating response and energy-efficient operation

Specification

Parameter Value / Range
Heating Element Material NiCr 80/20 resistance strips
Insulation Core High-strength mica with superior dielectric properties
Sheath Material SS304, SS321, Aluminized Steel (custom options)
Max. Operating Temperature Up to 450°C (842°F)
Voltage Rating 110V, 230V, 415V AC (custom voltages available)
Power Range 100W to 10kW (custom ratings available)
Watt Density Up to 30 W/in² (application dependent)
Minimum Diameter 25 mm (smaller custom sizes available)
Minimum Width 25 mm (custom widths available)
Standard Gap 10 mm (adjustable)
Terminal Enclosure Rating IP54 standard, IP66 moisture-resistant optional
Cold Resistance Tolerance ≤3%
Control Options Thermostat, integrated thermocouple, external sensors
Lead Wire Options Multiple configurations with temperature-rated insulation

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