Heaters

Features:

1. Selected high quality sheath materials (see table below for selection).
2. Precision helical wound nickel-chrome resistance wire.
3. High purity magnesium oxide powder compacted to provide maximum heat conductivity and optimum dielectric strength.
4. Integral cold pin fusion welded to helical resistance wire provides optimum current carrying capacity.
5. Threaded screw terminal with ceramic or mica insulator provides a positive connection from lead wire to terminals.

Type:
Short-wave infrared: Wavelength between 0.8-1.4um, near-infrared or high-infrared (tungsten as heating unit).
Medium-wave infrared: Wavelength between 1.4-4.0um or IR infrared (iron chrome alloy wire as heating unit).
Long-wave infrared: Wavelength between 4.0-1000um, far infrared or quartz carbon fiber infrared (carbon fiber as heating unit).

Specification:

• Diameter: 8mm, 10mm, 12mm.
• Heating Element: Tungsten Wire- Short Wave 0.8-1.4um.
• Iron Chrome Alloy wire-medium wave 1.4-4um.
• Carbon Fiber-Long wave 4-1000um
• Shape: Straight, Circular, Twin Tube

Features:

• Stainless Steel sheath resists rust and high temperatures, and provides firm mechanical support.
• Mica insulation prevents heat loss, thereby lowering energy costs.
• High temperature nickel-chromium 2080 wire.
• Max. Watt density: 3 W/cm² (Wattage tolerance: +5% -10%).
• Mini diameter: 25mm.
• Mini height: 25mm.

Applications:

• Injection molding machines
• Blow-molding machines
• Plastic extrusion
• Pharmaceutical applications
• Applications in the food industry
• Food Industry
• Container pipe and Tank heating