Highlights of Cartridge Heater
- Cartridge Heaters are able to withstand tough industrial usage due to their special construction.
- The heaters can achieve a watt density up to 200W/in2.
- The nickel chrome heat wires are wound onto a ceramic core which is positioned inside the cylindrical metal sheath.
- The heating coils are evenly spaced on the ceramic core to provide a uniform heat transfer to the sheath surface.
- The power is controlled by the number of the heat coils.
- The magnesium oxide powder are used as the insulating medium to avoid a short circuit.
- The metal sheath is filled with the MgO powder.
- The MgO powder is highly compacted through a special cold form process.
- It makes the MgO powder very efficient to transfer heat inside the metal sheath.
- Panshine’s cartridge heater are manufactured using the finest material and constructed with tight quality controls.
- Panshine’s heaters provide superior heating performance, uniform watt densities and a long service life. They are also able to fitted with various thermocouples and sensors to your requirements.
Feature
- J-type and K-type thermocouple available
- Easy to install
- Highly efficient
- High watt densities
- Various metal densities
- Resistant to oxidation and corrosion
- Fast heat up
- Low mass
- Swaged construction
- Shock and vibration resistant
Application
- Semiconductor chamber heating
- Humidity control
- Seals bar
- Hot isothermal forming
- Melting & Welding
- Vulcanization
- Plastic processing
- Liquid immersion
- Injection molding
- Platens
- Labeling
Technical Data
- Working temperature: up to 1600F (880C)
- Watt densities: up to 200W/in2
- Dielectric strength: 1500V
- Leakage current: < 0.5mA
- Length tolerance:<1%
- Insulation: >15MΩ
- Maximum Voltage: up to 480V