PI heating film, polyimide film heater can physically resist ozone, moisture and fungi. Although most medical devices operate in a controlled environment and require great care, this is not always the case. Like any other industrial equipment, these components are susceptible to moisture and bacterial or fungal growth if left unattended. With its physical resistance, FPC electric heating film flexible heater elements can function.
Polyimide heaters can withstand extreme temperatures from -328 °F to 329 °F. In addition to this, they can maintain their shape regardless of temperature exposure or rapid heating and cooling. This is due to their uniform temperature distribution characteristics. All of these features make them ideal for life-saving medical applications where precise temperature control is important.
Heating elements made of polyimide have low outgassing characteristics. This means that the minimum amount of gas that is trapped during application is released. In environments where air flows slower than usual, especially in closed vacuums, outgassing can be a big problem. If the heating element has high outgassing characteristics, the components may adhere to the sensor and lens, affecting their functionality. Polyimide flexible heater applications can avoid such problems.
FPC electric heating film polyimide film heaters are solvent resistant, thin and lightweight, with excellent tensile strength, dimensional stability and tear resistance. All of these features make them ideal for blood, liquid, endoscope heaters, and several other medical device heating element applications.
The polyimide film in the FPC electric heating film has low resistance and ensures precise temperature control. This allows the preservation of biological specimens in a specific temperature range.