Polyimide/Kapton Heaters

Characteristics of Polyimide/Kapton Heaters:

Polyimide/Kapton heaters are highly flexible, allowing them to be shaped to fit various contours. They possess excellent thermal stability, withstanding a wide range of temperatures. Their dielectric strength is high, ensuring reliable electrical insulation. They also have a thin profile, enabling efficient heat transfer.

Advantages in Applications:

In drones, their flexibility is crucial for conforming to the curved surfaces of the aircraft, and precise temperature control via the heating film helps maintain the performance of sensitive components. For new energy power battery heating films, they can evenly heat the batteries, enhancing charging and discharging efficiency. In medical devices, their biocompatibility and stable heating make them suitable for applications like warming patient beds or heating medical fluids. The heaters' uniform heat distribution and fast response time are valuable in these industries.

Maintenance:

Regularly check for any signs of physical damage such as scratches or cracks on the heater surface. Inspect the electrical connections for loose terminals or signs of corrosion. Monitor the resistance of the heater to ensure it remains within the normal range. Avoid exposing the heater to harsh chemicals that could degrade the polyimide/Kapton material. Additionally, ensure proper ventilation around the heater to prevent overheating due to insufficient heat dissipation. Periodically test the heater's temperature control accuracy to maintain its effectiveness.