6pcs Film Heater Plate Adhesive Pad 12V 7W 25mmx50mm PI Heating Elements Film Strip Heater Adhesive Polyimide Heater Plate
6pcs Film Heater Plate Adhesive Pad 12V 7W 25mmx50mm PI Heating Elements Film Strip Heater Adhesive Polyimide Heater Plate
Polyimide heater film, which adopts polyimide as outer insulator and the thermos foil and metal wire as inner electric heating element, is formed by high temperature and high pressure heat sealing process. Widely used in electronics manufacturing, scientific instruments, car rearview defroster, antenna or heating components and speed regulation resistor etc. Specification: Size: 2550mm Work Voltage: DC 12V Power: 7W Thickness: <0.4mm Insulation Thermal Conduction Layer: polyimide film Operating Temperature: -190?~205? Max Heating Temperature:150°C Power Deviation: <+/-5% Wire Tensile Strength: >5N Gun Adhesive Force: >40N/100mm Features: Fast preheating speed, extremely thin, lightweight and flexible. Equipped with self adhesive, these heating films can easily stick to the surface of the item. Package included: 6pcs 12V 7W Flexible Polyimide Heater Plate Thin Adhesive PI Heating Film 25mmx50mm
Product Features
- Polyimide Heater FilmWorking Voltage: DC 12V, Power: 7W, Maximum temperature: about 150C. Heating films can not control the temperature itself. You can use it with a 12v temperature controller.
- Fast Preheating SpeedUses polyimide as an insulator outside, and the thermo foil as an electric heating element inside. During normal operation once the interior is within operating temps, the temperature is very stable.
- Safe to UsePolyimide film with excellent heat resistance, high thermal efficiency and resistance stability, it 's safe and stable performance when used. Long service life and high insulation strength.
- Extremely ThinPolyimide heating film has a certain degree of flexibility, ultra-thin thickness (less than 0.4mm). Widely used in electronics manufacturing, scientific instruments.
- DurableEquipped with self-adhesive can be fixed on the item surface easily.They are formated through high temperature high-pressure and heat-sealing process.