Ceramic Band Heater — High-Performance Industrial Heating for Plastic Processing

EaseWise ceramic band heater is engineered for high-temperature barrel heating in plastic injection molding, extrusion, and blow molding systems. Built with nickel-chromium resistance wire embedded in high-purity ceramic fiber, it delivers fast heat transfer, uniform temperature distribution, and stable long-term performance at operating temperatures up to 800°C. Compared to conventional mica band heaters, these heating elements offer lower surface heat loss, higher energy efficiency, and significantly longer service life — making them the preferred choice for continuous heavy-duty production lines.
We supply ceramic band heaters in custom diameters (25–300 mm), widths (25–300 mm), wattages (30W–6KW), and voltages (110V/220V/380V) to match your exact machine specifications. Whether you need a standard replacement or an OEM custom solution, EaseWise provides industrial-grade ceramic band heaters with fast lead times and competitive factory-direct pricing.

Ceramic band heater construction — ceramic bricks and Ni-Cr wire

Ceramic Band Heater Construction

High-purity ceramic bricks, Ni-Cr 80/20 resistance wire, ceramic fiber insulation, and stainless steel outer sheath.

Recommended Band Heater Products by EaseWise

As a professional industrial heating solution supplier, EaseWise recommends the following high-performance band heater models to improve your heating efficiency, reduce energy waste and support stable mass production.


1) EaseWise High Temperature Band Heater – 800°C Grade

This model is built for long-term continuous high temperature production.

  • Max temperature: 800°C

  • Fast heat-up & uniform heating

  • Best performance for injection molding machines

Recommended for: automotive plastic parts, industrial plastic molding factories


2) EaseWise Energy Saving Band Heater with Insulation Jacket

This upgraded model comes with an insulation jacket to significantly reduce heat loss.

  • Save up to 20% – 30% energy cost

  • Lower machine surface temperature

  • Extend heater lifetime and reduce maintenance

Recommended for: extrusion lines, plastic recycling, 24/7 heavy duty production


3) EaseWise Custom Size Band Heater (OEM / Replacement)

Easewise offers complete customization service.
We support any diameter / any width based on your machine drawing or sample.

  • Support custom voltage & watt density

  • Suitable for extruders, blow molding machines & pelletizing machines

Recommended for: OEM customers & machine upgrading replacement projects

ceramic band heater for injection molding machine

high temperature ceramic band heater 800°C

energy saving ceramic band heater with insulation jacket

custom size ceramic band heater for extruder barrel

Ceramic Band Heater Technical Specification

SpecificationValue
Max Operating Temperature800°C
Wattage Range30W – 6KW
Voltage110V / 220V / 380V / Custom
Inner Diameter25mm – 300mm
Width25mm – 300mm
Insulation MaterialHigh-purity ceramic fiber
Resistance WireNi-Cr 80/20
Outer SheathStainless steel
Lead WireHigh-temperature fiberglass / metal braided
CustomizationDiameter, width, wattage, voltage, lead termination, mounting holes

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Frequently Asked Questions

Ceramic band heaters are primarily used for high-temperature barrel heating in plastic injection molding machines, extruders, blow molding systems, and other industrial processing equipment requiring precise temperature control.

EaseWise band heaters operate at temperatures up to 800°C, significantly higher than traditional mica band heaters.

Yes. We customize inner diameter, width, wattage, voltage, lead wire configuration, and mounting hole positions to match your machine specifications.

Standard models ship within 7–15 days. Custom orders typically ship within 15–25 days, depending on order quantity and specifications.

Ceramic heaters offer higher temperature capability (up to 800°C vs ~400°C), lower surface heat loss, better energy efficiency, and longer service life — making them ideal for continuous heavy-duty production.