What Is Wrapmaster’s latest metal Ceramic Film Tint?
Wrapmaster’s latest metal Ceramic Film Tint is a diffuse reflecting inorganic metal thermal insulator. This gadget begins by blocking infrared rays, thereby isolating and cooling the source of heat under direct sunlight. As a result, it is also referred to as the “infrared killer.”
Wrapmaster diffuse reflection metal Ceramic Film Tint series combines high-tech nano-ceramic inorganic tungsten oxide technology with excellent definition and weather resistance to provide primary heat insulation.
It is made up of a proprietary light-curing composite adhesive layer and stable inorganic tungsten oxide molecules that do not dissolve or oxidize when heated, limiting the release of hazardous substances.
The viscosity of the adhesive is enhanced, resulting in a thinner layer with higher safety performance; the unique UV-PSA primer is easy to apply, does not displace the adhesive, is thinner and more compliant, and retains a clear line of sight after installation.
Whether you’re driving at night or in bad weather, you’ll have clear eyesight from the inside of the automobile.
The thermal insulation film’s performance is long-lasting and stable; there will be no yellowing, blackening, or fading of the film; the shelf life is increased, and there is no need to return to the store for sealing and maintenance.
It will not interfere with GPS, ETC, or mobile phone coverage, allowing for really uninterrupted travel, and it has the potential to reverse the effects of long-term use. In none of the VOC non-toxic testing, any volatile hazardous chemicals were detected.
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Metal Ceramic Film Tint MF1895
|Material||PET PRIMER||Film thickness||2 mil|
|Coating||metal+ ceramic||Light Transmittance||18%|
|Color||Dark Black||Heat Rejection||95%|
|Texture Effect||Blackout Window Tint Film||Anti-UV rate||99%|
|Air bubble free||Natural Air release||Glue||Imported Removable Glue|
|Adhesive features||Air-Release, Permanent, Removable, Anti-Heat||Application||Window Decoration and protection|
|Usage||Rear Windshield Stickers||Installation||Wet|
|Expected Durability||10 years||Weight||7kg|
What are the benefits of Metal Ceramic Film Tint?
- High perspective—-advanced nano-coating technology
The front windshield film is coated with fine nanoparticles on the layers of heat insulation film using modern nanocoating technology. The particles are densely packed, the ultra-wide angle is as clear and transparent as driving on wet days and nights.
- High thermal insulation—-breakthrough solar thermal insulation structure
The 760-2500 (nm) solar band, which contains the majority of the solar heat energy, is blocked, and more than 95% of the solar heat source is highly isolated, resulting in significant fuel savings, energy savings, and carbon reduction.
- High sun protection—-UV-PSA UV isolation
UV-PSA UV isolation composite adhesive layer, high-efficiency dual-block UVA+UVB, is a self-adhesive, high-efficiency sunscreen.
- Durable and stable—Adopt advanced special inorganic tungsten oxide technology
Through the use of sophisticated unique inorganic tungsten oxide technology, the thermal insulation rate is not reduced by prolonged exposure to sunshine, and the thermal insulation effect is long-lasting and stable.
- Energy-saving and environmental protection—EU ROHS certification
It has passed the EU ROHS standard, uses high-tech metal-free environmental protection materials, does not emit dangerous gases into the human body, and the material is not destroyed or polluted.
- No oxidation—-advanced special inorganic tungsten oxide technology
Utilizing a novel inorganic tungsten oxide blocking agent that contains inorganic metal, has a diffuse reflection property, is non-oxidizing, and does not interfere with GPS, ETC, or cell phone signals (but not including the car glass attached to special processing or with any metal coating).
- No glare—-special optical inorganic film
It can intelligently filter light because it was developed using sophisticated optical inorganic thin film technology. Internal reflection is extremely low, and the line of sight is unaffected by apparent changes caused by changing glass arcs and viewing angles.