What Are Carbon Window Tints?

What Are Carbon Window Tints?

The world of car window tinting can be more complicated than you think. While many believe the only choice they need to make is the overall darkness of the film, there are other crucial variables at play. One of the most important is the type of window film being used. Different window tint technologies will use varying film layers to gain certain advantages. One such window tint technology is carbon window tints.

A step up from traditional dyed and metallicized window tints, these tints are known for their sleek matte appearance that elevates the aesthetics of any vehicle while also providing great UV protection.

How Are Carbon Window Tints Made?

Carbon window tints have become increasingly popular due to their stylish appearance and practical benefits for car owners.

As with other types of window tints, the composition of their layers dictates their properties. For example, the simplest car window tints will typically be made of three layers: an adhesive layer, a dyed layer, and a protective layer.

For carbon tints, a few more layers join the tint, one of which is a layer of tiny carbon particles to substitute the dyed layer found in basic tints. Early generation carbon tints actually had to still use a dye layer as the carbon particles couldn’t get to the appropriate size yet, but now the dyed layer is gone.

These tints offer a dark, non-reflective look that many people find appealing.

Benefits of Carbon Window Tints

While many people gravitate to these tints due to their unique matte black appearance, they also offer plenty of practical benefits that beat out traditional tints.

  • UV Protection. The sun outputs a large number of ultraviolet rays. These rays are harmful and, given enough time, will damage most materials it comes in contact with. Thankfully the carbon particles within carbon window tints are good at blocking out a portion of these rays. With reduced UV light exposure, your interior will be less likely to crack and will look new for a longer period. Limiting UV rays hitting your skin will also decrease the likelihood of skin cancer.
  • Blocking Heat. They are also good at blocking solar heat. This enables your interior to remain cool and comfortable even during the summer months. Furthermore, this can lead to less air conditioning use, allowing better overall fuel economy.
  • Privacy. Whether you want your valuables harder to spot or to feel more secure while sitting in your vehicle, the dark appearance of carbon window tints makes it difficult for any peering eyes to glance into your car.
  • Decrease Glare. For those who frequently drive, dealing with the sun’s glare can be a hassle, especially when caught without your sunglasses. Thankfully, carbon car window tints are great at significantly cutting down on glare, leading to less distraction and eye strain while driving.

Carbon Window Tints or Ceramic Window Tints

While on your window tint buying journey, you will undoubtedly come across other window tint technologies, most notably ceramic window tints. Occupying the top of the window tint hierarchy, they are on the very upper end of both price and performance, above even carbon window tints.

There is no denying the advantages that ceramic window tints hold over every other window tint. As such, important that you figure out if the increased metrics are relevant to you, given the price increase. Instead of carbon particles, ceramic window tints use ceramic particles, which allow the tints to boast even greater UV ray and solar heat rejection, even at low window tint levels .

What ceramic window tints lack, however, compared to carbon window tints, is the matte black look that can elevate the aesthetic of your car. They are also noticeably cheaper than ceramic tints, while still offering great performance.

Are These Tints For You?

If you are looking for carbon window tint installation or consultation for the best window tints for your needs, please don’t hesitate to contact our helpful team, who can help point you in the right direction.

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