Ceramic window tint is the solution if you want top-tier performance mixed with a personalized aesthetic. It is made of the same ultra-thin material as other tints, but it is then covered with minuscule nano-ceramic particles that are invisible to the eye but strong enough to decrease glare, block 99 percent of harmful UV rays, and manage the sun’s most heat-generating infrared rays.

This cutting-edge technology makes a major difference in how you feel and how quickly your automobile cools off.
Wrapmaster® provides ceramic tint materials with varying degrees of heat resistance. All of our ceramic tints come in a variety of hues, allowing you to customize the appearance of your car.

How Does a Ceramic Window Film Benefit You

When you purchase a higher-quality product, it should have some enhanced features. This is true when it comes to ceramic window tinting vs. purchasing a standard tint.

Superior UV Protection

UV and infrared radiation are damaging, hazardous, and have the potential to inflict permanent damage. The sun emits a spectrum of radiation. The three primary emissions are infrared radiation (or IR), which generates heat, ultraviolet radiation (UVA), which penetrates deeply into tissues and materials, and ultraviolet radiation (or UVB) (which damages surface levels).

Up to 99.9 percent of UV radiation may be blocked using a ceramic tint.

Exceptional Heat Resistance

Did you know that NASA’s Space Shuttle contained ceramic tiles around the orbiter’s bottom — which aided in the protection of Astronauts during re-entry? While the sun’s IR radiation is not very intense on Earth, comparable components in this updated window tint aid to keep heat out of the car.

Certain higher-quality ceramic tints have additional infrared blocking technology for increased heat resistance.

Minimal Signal Interruption

Typically – with improved window tints of the past, with enhanced chemicals, there are certain disadvantages. The primary source of the problem is a jammed cell or electronic signals, such as Bluetooth, Wi-Fi, or radio. This is often owing to the metallic infusion of materials, which provides depth and strength.

This problem is resolved using nano-ceramic technology, resulting in crystal clear phone conversations.

Ceramic IR window film of superior quality incorporates ceramic nanoparticles/molecules that are neither metallic nor conductive. It is designed to reflect the most amount of ultraviolet and infrared heat or radiation while absorbing the maximum amount of light.

This provides the best possible visibility and sun protection. It’s similar to a high-end ceramic coating for windows.

Reduced Glare

On bright, sunny days, a darker color helps lessen the intense glare that bothers the eyes.

A. High perspective—-advanced nano-coating technology

The front windshield film adopts advanced nano-coating technology and is coated with fine nano-particles on the layers of heat insulation film. The particles are closely distributed, the ultra-wide-angle is clear and transparent, and the sight is as clear as driving in rainy days and nights.

B. High thermal insulation—-breakthrough solar thermal insulation structure

The 760-2500 (nm) solar band, which is the main heat energy in sunlight, is blocked, and more than 95% of the solar heat source is highly isolated, reducing fuel consumption, energy-saving and carbon reduction are more significant.

C. High sun protection—-UV-PSA UV isolation

UV-PSA UV isolation composite adhesive layer, high-efficiency dual-block UVA+UVB, is a high-efficiency sunscreen that does not need to be applied.

D. Durable and stable—Adopt advanced special inorganic tungsten oxide technology

Using advanced special inorganic tungsten oxide technology, the thermal insulation rate will not decline due to long-term sunlight, and the thermal insulation effect is lasting and stable.

E. Energy saving and environmental protection—EU ROHS certification

It has passed the EU ROHS standard test, adopts high-tech metal-free environmental protection materials, will not produce harmful gases to the human body, and the material is damaged and pollution-free.

F. No oxidation—-advanced special inorganic tungsten oxide technology

Using advanced special inorganic tungsten oxide blocking agent, containing inorganic metal, diffuse reflection function, non-oxidizing, not blocking GPS, ETC, and mobile phone signals (but not including the car glass attached to special processing or with any metal coating).

G. No glare—-special optical inorganic film

Developed with advanced optical inorganic thin-film technology, it can intelligently screen light. Ultra-low internal reflection, no visual changes due to different glass arcs, and viewing angles will affect the line of sight.

Every ceramic tint is capable of rejecting the sun’s most heat-generating infrared radiation. The most modern ceramic tint takes that capability to new heights. They include more concentrated nano-ceramic particles, enhancing their infrared blocking qualities.

As a result, recent ceramic inventions are sometimes referred to as infrared tint or IR-blocking film.

Previously, automobile owners were forced to pick between carbon and ceramic window tint film. While each technology had its benefits, nano carbon tint and nano ceramic window tint both had drawbacks, requiring automobile owners to make a trade-off regardless of which option they picked. All of that has changed, however, as a result of Rayno Window Film’s ongoing commitment to innovation in the automobile window film sector.

We discovered the ideal recipe for combining the unique properties of carbon and ceramic materials, while simultaneously inventing innovative approaches to address their disadvantages. As a consequence, we developed our Phantom Nano Carbon Ceramic window film, which combines the best of both worlds without requiring drivers to make any compromises. They say two is better than one, and that is certainly true in the case of Rayno Window Film’s Phantom series.
The Phantom series combines the greatest characteristics of nano carbon ceramic window film with the ability to overcome its drawbacks.
To see why the Phantom series is so groundbreaking, consider the following comparison of carbon vs. ceramic auto window tint:

Carbon tint contains carbon particles that are very good at filtering out infrared radiation. This helps maintain a lower interior temperature and does not fade over time as dyed films do. However, the primary drawback of carbon is that the particles are so big that light may bounce within the film, resulting in glare and haze that can make seeing difficult at times.

On the other hand, ceramic window film is constructed of non-conductive ceramic particles that are tiny enough to eliminate glare or haze while still blocking infrared radiation. Ceramic automobile window tint, on the other hand, oxidizes very fast. This indicates that the nano ceramic window film will lighten the film’s original color, resulting in a lighter shade quicker than carbon films

WrapMaster® Architectural reflective window film improves interior comfort by rejecting heat, reducing HVAC loads, and keeping renters happy. Additionally, it is contemporary in style and provides buildings with a consistent outside appearance.

Reflective film is our most popular commercial option, and we offer it in a range of hues to complement the exterior of your building, including silver, gold, black, dark blue, light blue, and green.

The sophisticated technology in this film helps to keep out the heat, glare, and fading UV rays. It has a reflective characteristic comparable to that of a mirror. This enables it to conceal trash or vital equipment from public view throughout the day.

Many individuals are curious as to whether reflective window film can conceal what is inside at all hours of the day and night. No, is the prompt reply. When the inside lights are turned on after dark, you may see in. This is because the reflective film’s mirrored side fluctuates depending on which side receives the most light.

Consider frosted ornamental film or contact with a local WrapMasters dealer about 24-hour seclusion.