PI polyimide quality electric film heating film

First, the product description: 1. Features: a thin flexible heating solution: Temperature range -40 to 200 ℃ polyimide (? Kapton) is a thin, translucent material with excellent dielectric strength. In the narrow space or require lighter, electric sheet exposed to vacuum, oil or chemical environments, polyimide Thermofoil? Heaters are ideal. Compared with silicone electric film, PET film or ceramic electric heating film, which has more lightweight characteristics. Second, characteristics and application 1. Features: 1) thin and light heating heaters so you can position only needs to be heated without heating the heating portion can be avoided. 2) etched foil heating technology provides fast and efficient heat transfer and uniform heating surface, the temperature difference is minimal. 3) Custom options (such as: SMT components, flex leads and connectors) can provide the perfect complete solution that can significantly reduce assembly time and increase productivity. 3) Custom configuration can provide a balanced performance heating output to improve processing yields and productivity, in accordance with the requirements of additional temperature control device and temperature sensing devices. 4) There FEP adhesive can be used in 200 ° C (392 ° F) 5) applies to a vacuum environment (NASA-RP-1061) 6) resistant to most chemicals: aggressive acid and alkaline solvent 7 ) If you use polyimide insulated wire (custom option) can resist 106 rads of radiation, PSA adhesive stickers can be used to install, or epoxy, silicone adhesive installation. 8) provides a variety of complex shape design, and different power designs. In the same piece of electrical heating membrane heating circuit can be designed and holding circuit 9) providing a liquid immersion design (non-standard) 2. Typical applications 1) medical diagnostic equipment and highly efficient heat source analyzer, maintaining the device temperature constant. 2) in high temperature environments, the instrument temperature compensated to maintain a safe operating temperature 3) protect the aircraft and other military products electronic and mechanical equipment to withstand low temperatures at high altitudes. 4) maintain a stable optoelectronic components 5) vacuum heating and baking heat field 6) to make the reader, LCD, or rugged notebook computers and other electronic equipment can operate normally outside in cold weather 6) to maintain a normal household startup speed camera equipment.