If you are looking for window tints for your car, you are in the right place. Window tinting is best for you if you want to keep your vehicle safe in extreme weather conditions.
Some people think that different tints have the same purposes. Choosing the right one for your car is a relatively easy and fast rule, but it needs to be corrected. It is very crucial to select the right window tint for your vehicle.
So here in this article, we discuss the carbon vs ceramic window tints. Although both are types of window tints, they have different pros and cons. So here we examine everything about carbon vs ceramic window tints, which is then helpful for you to choose the right one for your car.
Carbon window tints
One of the types of window tints utilizes tiny carbon particles mixed into the film. This carbon window tint is better than the metalized one, providing a distinctive matte finish look. This tint is the most effective window that provides excellent vehicle protection.
This tint offers 99% of the UV protection rays from you and your vehicles. It has preventive properties that give you an incredible privacy factor. As discussed earlier, it is made up of tiny carbon particles, so this tint is not composed of metals like nickel, cobalt, aluminum, zinc, or any other metals.
Pros of carbon window tints
There are many pros and cons of carbon window tinting. Here we discuss all of them:
Stylish look
If you are applying carbon window tint, it gives your vehicle a new and stylish look. It offers greater privacy as it is very difficult for others to look into your car because of its dark and opaque appearance. This can also give you a higher chance of protection from thieves and provide greater security.
Greater protection
Carbon window tints can give you excellent and higher protection from harmful solar radiation. The carbon window tints can block the maximum amount of UV, UVA, and UVB rays from the sun as the carbon tint uses the nano carbon technology in the hard coat, providing maximum protection.
Heat Resistance
Carbon window tinting has heat resistance properties. These tints block the heat up to 99% of the ultraviolet rays and 61%of the solar heat. This tint is very effective; in hot weather, it provides a cooling effect and reduces dependence on air conditioners.
Cons of carbon window tints
Carbon tints have some disadvantages as well; these are
Fading with time
Carbon tints have the drawback that they fade over time. When exposed to high temperatures like hot weather and rain, these tints change their color. As the carbon tint absorbs the maximum amount of heat and energy, this is the reason it fades with time.
More Expensive
The carbon tint is more expensive than the other types of tints, but its long-term usage and durability can make it a good purchase for everyone. Carbon is a costly element, so the cost lies between $100 and $250 depending on how many windows you tint.
Do carbon window tints affect car visibility?
The carbon tints do not affect the visibility of the cars. Although it can enhance and increase the visibility of vehicles and minimize eye strains. Carbon tints can give you a more comfortable, enjoyable, and protective ride experience.
Ceramic window tints
This is another type of window tint you choose for your window. This Ceramic window tint is considered one of the best as it is made from ceramic particles that protect it from more significant infrared radiation. It reduces the glare and blocks many of the harmful radiations.
Pros of ceramic window tints
This tint has pros that would be helpful for you when choosing. Here are some of them.
More durability
The carbon tint is famous for its long-term durability, which makes it superior to other tints. This tint also doesn\'t fade with time, which is one of the best things about this tint.
Newest technology
The carbon tint has come with the newest technology in the market. This new technology is nano-ceramic, which makes it different from other technologies. This tint is nonconductive, i.e., it does not allow heat and electricity to pass through, and is non-metallic, i.e., it does not resemble any metal.
Warranty
As carbon tint is more expensive, many manufacturers and retailers offer a warranty against cracking, peeling, and bubbling. The manufacturers provide a 10-year warranty for maintaining the vehicle tint free of cost.
Give Aesthetic look
The window tints add style to your vehicle, and you can also customize your car with those window tints. Some people opt for a ceramic coating film as it gives your car an aesthetic appearance.
Best heat protection tint
The ceramic tint is one of the best tints that protect your vehicle and has heat resistance properties. Ceramic tints offer greater heat protection, so people prefer this tint the most.
Cons of ceramic window tints
There are many disadvantages of ceramic window tints. Some of them are given below.
Installing Difficulty
The ceramic tint is very hard to install because of its thickness. It can be very challenging to deal with ceramic window tint for the first time. Improper installation causes bubbling or even sometimes causes cracking.
How many years does the ceramic tint last?
The ceramic tint lasts 15-20 years if you use it properly. Ceramic tint contains ceramic particles and nonconductive material, which makes this tint longer-lasting.
Many features can also affect the longevity of the tints, such as extreme weather conditions. If you live in a place exposed to harsh sunlight, this will ultimately shorten the lifespan of the tint, and rainy weather can also affect the lifetime of the tint.
Conclusion
The carbon Vs. Ceramic window tints. The question is still here: which one is best for your vehicle? So it depends on your choice of what you would prefer for your car.
So, if you want a stylish look and protection, the carbon window tint is best for you. But if you prefer the newest technology for your vehicle and want to give the car an aesthetic look, then ceramic window tints are best for you. However, the ceramic tint is more expensive than the carbon tint, although it offers excellent protection in terms of durability.