WHAT IS A CERAMIC WINDOW TINT?

 

For vehicles, window tint comes in various grades. Others are excellent at offering superior UV protection or infrared radiation blocking technology. Some are only intended to be aesthetically pleasing. The best window security is ceramic window tint.

It is designed for exceptional clarity, blocking 99.9% of UVA and UVB rays, and, most significantly, keeps the interior of your car cooler thanks to the addition of IR blocking materials.

Ceramic film is not the product for you if you're tint near me looking for the lowest window tint film available. It is a premium product, so the price will be greater. However, some ceramic films, like other high-end automotive solutions, give car owners more interior security for their money.

Let's examine some details regarding window tinting products with ceramic infusion, such as the newest product from Ceramic Pro, KAVACA Ceramic IR Window Film.

How is Ceramic Tint for Windows Made?

There are several different grades of automotive films for windows. Some of the most common include:

Dyed Window Tint:

This type of tint is created using polyester and a liquid pigment. The amount of "tint" wanted determines how much of this dye is applied to the inner material.

The VLT grade decreases with increasing tint darkness (also known as "limo tint"). Therefore, limo colour would transmit 5% of visible light. The ability of a dyed tint to prevent UV ray emissions is less effective.

Metalized Window Tint :

is the subsequent stage of window film. It is manufactured with metallic flakes that assist in blocking UVA and UVB rays. Surfaces, including interior materials like leather, plastic, rubber, and even fabrics, are harmed by these emissions.

But UVA and UVB are also a significant factor in the emergence of skin cancer. A metalized window coating can give the window more stability so that it won't break.

A mid-grade tint :

that combines the finest qualities of dyed and metallic films is known as a hybrid dye/metallic film. Clarity is enhanced while Ultraviolet protection is added. Grey dye and titanium flakes are used in the hybrid colour.

Carbon Color Stable:

Carbon Color Stable is a brand-new window tint on the market. This is a multi-layered dye film that has materials infused with a carbon tint to increase resilience and extend the life of the product.

The phrase "colour stable" describes the use of premium dyes and polyester linings, which increases longevity and lowers the risk of discoloration.

Crystalline Window Tint:

The first step towards increased heat resistance is the crystalline-infused window tint. This film typically has an excellent IR blocking technology and a high VLT grade,

making it more transparent. Instead of offering privacy or making the windows appear darker, it is designed to lower the possibility of heat entering the car. Additionally, it does a good job of preventing all ultraviolet rays.

Ceramic Window Tint:

Nanotechnology is king with a window coating that contains ceramic. It is a multi-layered film that blocks nearly 99.9% of UVA and UVB rays using tiny ceramic particles that are nonconductive. The absence of metals in the movie enhances the signal strength of electronic devices and mobile phones. Additionally, IR blocking technology added to a nano ceramic tint can greatly decrease the amount of heat that enters the car.

• The outermost exposed portion, or top layer, is a hard coat that includes nanoparticles. This strengthens the car window even more and lessens scratching.

• A transparent polyester layer is immediately beneath that. This is plain polyester that doesn't contain any additives for additional depth and thickness.

• The secret is in the laminate adhesive. The visible light transmission grade, or VLT, is now produced by blending the ceramic nanoparticles. Even in poor light, it aids in improving visibility. According to many experts, the improved visibility over lower-grade film is a significant improvement.

• A second clear polyester sheet (to make a sandwich of ceramic) and mounting adhesive make up the final two layers.