Surface Leads Ceramic Nozzle Band Heater
ceramic band heater is a highly efficient thermal division of the heater, excellent thermal conductivity of the metal alloy to ensure that the hot surface temperature uniformity, eliminating the hot and cold spots of the device. With long working life, good insulation properties
- SFM
- CHINA
- 2-7 day
- Information
CERAMIC Nozzle BAND HEATER
Ceramic band heaters are designed with spirally wound inner resistance coils evenly threaded through interlocking insulated ceramic "tiles". The ceramic core of tiles is housed beneath a stainless steel sheet with serrated edges. Typical applications are plastic molding, extrusion and molding presses
Applications
Typical application such as blow molding machines, drum heating, extrusion die, plastic injection molding machines, vending machines, food service warming pots, food service warming pots etc
NON-STANDARD LOCATION OF LEADS OR TERMINALS
Terminations could be offset, paralleled, centered, or at each end. Lead wires are available.
Leads or terminals may be located at any reasonable place along the heater for applications where standard connections may be inaccessible.
HOLES AND CUTOUTS
Mounting holes locations could be customized. Please provide drawing for hole dimensions and locations.
ONE PIECE OR TWO PIECE CONSTRUCTION
2 Piece construction is very suitable for locations where 1 piece is difficult to be installed.
2 Piece construction is available with any termination or clamping styles.
Technical parameters | |
Voltage | 110V/220V/230V/240V/380V/415V |
Power | Customized |
Cold Withstand Voltage | AV2000V/ 0.75mA/ 3s |
Hot Leakage Current | ≤2mA |
Wattage Tolerance | +5%, -10% |
Max. Watt Density | 3.5W/cm² （Standard 3W/cm²） |
Resistance Tolerance | +10%, -5% |
Max. Temperature | 600℃ - Ceramic |
Main Materials | |
Sheath | Stainless steel 304 |
Resistance Wire | Ni80Cr20 |
Insulation | Ceramic |
Lead Wire | Fiberglass (steel protective sleeve, steel hose & braid are available) |
Terminal | Thread, ceramic, metal box, plug |
Features
1. Energy efficient, less power consumption
2. Provide uniform heat distribution
3. Thermally insulated
4. Uniform temperature
5. Easy to install and remove
6. Highly flexible
7. Long service life
Design Details
Please provide the following information:
1. Operating temperature
2. Heated medium
3. Voltage and phase
4. Rating power
5. Termination types
6. Mounting method
7. Detail dimensions or drawing
8. Holes and cutouts' position
Note：The more details provided, the better it'll be designed and fits the application
