HGW parallel constant power electric heating composite pipe bundle
Applicable to pipeline antifreeze in high exposure temperature environment or pipe bundle heating requiring high heat output.
HGW parallel constant power electric heating composite pipe bundle
Applicable to pipeline antifreeze in high exposure temperature environment or pipe bundle heating requiring high heat output.
Product structure
1 Process pipeline
2 Heat reflective layer
3 Moisture-proof glass wool insulation layer
4 Polymer jacket
5 Tinned copper busbar
6 High-temperature fluorine material conductor insulation layer
7 High-temperature fluorine material combination layer
8 Conductive connection point
9 Nickel-chromium alloy heating element
10 High-temperature fluorine material
11 Tinned copper wire/aluminum-magnesium alloy wire braided mesh
12 High-temperature fluorine material sheath
Product features
The heat output of the heating belt remains constant
The heating belt can be cut according to installation needs
Can be used in explosive hazardous environments Excellent anti-corrosion and anti-chemical corrosion properties.
Technical parameters
Rated power: 40, 50, 60W/m@10℃
Working voltage: AC220V
Pipeline temperature control range: 5-180℃
Maximum maintenance temperature: 180℃
Maximum exposure temperature when power off: 260℃
Minimum installation temperature: -40℃
Technical indicators:
1. Product specifications: 38mm-70mm
2. Minimum radius of curvature: 6 times the diameter
3. Maximum continuous length: 100m
4. Minimum fixed distance: 5m in vertical direction, 2m in horizontal direction
5. Temperature range: 5℃-180℃
Product application:
HGW parallel constant power heating belt has good mechanical properties, no starting current, high temperature resistance and other characteristics. The product has passed CCC and other explosion-proof certifications and can be used safely in explosion-hazardous places. The fluorinated polymer outer sheath has the characteristics of corrosion resistance and chemical corrosion resistance, which can meet the needs of different use environments.