Naples tint company is comparing these two window film technologies.
Ceramic vs metallic tint.
Ceramic window tint is non reflective.
On this special edition of go big or go home we stripped off the regular tint on this car replaced it with ceramic tint.
The real world difference is incredible.
While window tinting has a wide range of benefits depending on the application in which it is used the advantages and characteristics can depend on what time of tinting film is used.
This makes it a much safer car for children and pets.
The non reflective ceramic film outperforms the.
Ceramic tints are also inert and do not block or interfere with the signals from phones radios and gps devices a common problem with metalized window tinting.
The argument when it comes to modern window tinting products is often a matter of ceramic window tint.
Ceramic vs metallic window tint if you are deciding between ceramic window tint and metallic window tint it will usually come down to 3 factors.
There are many different varieties of car window tints including metallic non metallic and ceramic.
Brought in from a competitor the.
The material itself simply outperforms all other films in laboratory studies in the areas of uv light rejection infrared light rejection sun glare.
Costs can vary depending on the type of film with dyed tinting films generally being the least expensive to metallized and ceramic window tint films which are.
Ceramic window tint films are the newest technology on the market.
There is no debate that both of these tint options offer myriad benefits and both are clearly superior to dye based window tints.
They are made using nano ceramic technology which is nonconductive to heat and nonmetallic no cell phone signal interference.
Vs metallic window tint.
Carbon window tint is one of the more modern types of vehicle window film and it offers many of the benefits of nano ceramic tints.
Ceramic film is the highest quality of window tint film and also the most expensive contains neither metal dye nor carbon but instead a kind of ceramic particle that is both nonconductive and nonmetallic.