Ceramic Band Heaters
The High-Temp Industry Standard
Key Benefits
- Built in insulation minimizes unwanted change in temperature along the barrel
- Heat transfers are not affected by irregular surfaces or a loose fit
- Heat transfers through radiation, conduction, and convection, so a perfect fit is not required compared to other band heaters
- The number of bands used can be reduced with simplified wiring
- The flexible design allows easy install and removal
- Because they operate at higher watt densities, they can be used in wider increments
Technical Specifications
| Voltage | 110 V /230V/ 440 V |
|---|---|
| Wattage | +5% -10% |
| Conductor | Ni-Cr 80/20 |
| Resistance | +10% -5% |
| Maximum Temp | 800 oC |
| Minimum Dia. | 38 mm |
| Watt Density | Up to 45 W/in² |
| Minimum Width | 25 mm |
| Width - Normal | Multiple of 15 + 6mm |
| Sheath material | Steel or Stainless Steel |
Applications
Related Products
Bobbin/Porcelain Heaters
Seamless Heat, Effortless Maintenance.
Our Bobbin Heaters deliver high-efficiency indirect through a modular ceramic design, allowing for element replacement without ever draining your tanks. Engineered for uniform thermal distribution and long term durability, they are the ultimate solution for consistent, high wattage industrial performance.
- Suitable for low temperature up to 600°C furnace heating
- A wide range of lengths, voltages, and power is available to meet customers' specific requirement
- Simple and low-cost installation
Cartridge Heaters
Targeted Heat. Industrial Strength
Engineered for high density performance, our Cartridge Heaters deliver localized, high-wattage heat in a compact design. Built with premium-grade materials to withstand extreme temperatures and vibration, they provide the rapid response and pinpoint accuracy required for precision tooling and mold applications.
- Increase Heater Life
- Resists moisture contamination
- Resists abrasion and vibration
High-Density Heaters
Maximum Heat. Minimal Space.
Our High-Density Heaters are engineered for extreme performance in demanding environments. By swaging the internal components to a rock-solid density, these heaters provide superior heat transfer, vibration resistance, and the ability to reach high temperatures in a compact footprint.