Cameral Lens

The application of polyimide heaters for camera lenses is mainly focused on the following aspects:

Material Properties:

Polyimide (or Kapton) is an organic material with high dielectric capability, a flexible thin profile, and low thermal mass.

It offers excellent resistance to most solvents, acids, and radiation.

This transparent material allows for easy inspection of the internal foil circuit structure.

Application Advantages:

Uniform Heating: Polyimide heaters provide uniform heating for camera lenses, ensuring optimal performance across various temperature conditions.

Temperature Control: With precise temperature control systems, polyimide heaters ensure that camera lenses operate within the ideal temperature range, improving image quality and stability.

Durability: The durability of polyimide material ensures stability and reliability in long-term use.

Specifications and Parameters:

Specific specifications and parameters will vary depending on the camera lens and heater design. However, polyimide heaters can be customized to various sizes and voltages.

For example, some polyimide heaters may have dimensions of 25mm x 230mm and a voltage specification of 24V, with a power rating of up to 240W.

Usage Scenarios:

In extreme temperature conditions, such as cold environments, polyimide heaters ensure that camera lenses do not suffer from performance degradation or damage due to excessive cold.

In professional applications requiring long continuous use of the camera, polyimide heaters maintain a stable lens temperature, improving image capture quality.

Pricing and Availability:

The price of polyimide heaters will vary depending on factors such as size, power, and order quantity. Generally, the unit price may range from USD 1.5to4, but specific prices need to be determined based on the specific situation.

Some specialized manufacturers can provide large-scale supplies of polyimide heaters and offer customized production based on customer needs.

In summary, polyimide heaters are an ideal choice for maintaining stable operating temperatures for camera lenses, offering uniform heating, precise temperature control, and durability. They ensure optimal performance of camera lenses in extreme temperature conditions or during long continuous use in professional applications.