Double Silver Metal Magnetron Sputtering Vk series Heat Insulation UV Reflective Magnetron Ceramic Sun Control Window Film

Double Silver Metal Magnetron Sputtering Vk series Heat Insulation UV Reflective Magnetron Ceramic Sun Control Window Film

Description:

Magnetron nano ceramic film is a type of window film that uses nano ceramic particles deposited using magnetron sputtering to achieve its properties. Magnetron sputtering is a thin-film deposition process where a target material is bombarded by energetic ions in a vacuum chamber. This knocks atoms off the target, which then condense on a substrate to form a thin film.

The nano ceramic particles in the film are typically less than 100 nanometers in size. They are responsible for the film's ability to block infrared radiation while still allowing visible light to pass through. This makes nano ceramic film a good choice for window film applications where you want to reduce heat gain without sacrificing clarity. These films are also often dyed to give them a slightly darker appearance.

Here are some of the benefits of using magnetron nano ceramic film:

• Blocks infrared radiation, reducing heat gain

• Allows visible light to pass through, maintaining clarity

• Rejects UV rays, protecting people and furniture from sun damage

• Can be dyed to give windows a darker appearance for privacy or aesthetic reasons

Magnetron nano ceramic film is a relatively new technology, but it is becoming increasingly popular due to its many benefits. It is a good choice for window film applications in homes, businesses, and automobiles.

Working Principle of magnetron ceramic window film:

Key features:

• 1-Ultimate high heat and IR rejection;

• 2-Optimal clarity;

• 3-Glare reduction;

• 4-Energy saving;

• 5-Shatter-proof;

• 6-Low light reflectivity;

• 7-Privacy protection;

• 8-Widely used for cars and buildings

  
  

Magnetron Sputter Film Construction:

Application:

Solar control high IRR and high UVR film is widely used for building glass windows and car glass windows