Vehicle window tints reduce heat and protect passengers and interior materials from the sun’s damaging UV rays. However, choosing a level of darkness that falls within your state’s legal parameters is important.
Films with 35% transparency are popular because they create a dark aesthetic without sacrificing visibility. Additionally, they prevent people from peeking inside your vehicle, deterring potential criminals.
A common feature on luxury vehicles, window tint, reduces glare from sunlight or high-beam headlights from other cars in the same direction. Vehicle window tinting applies a thin film of material to the interior surface of a car’s windows. This feature reduces accidents from glare, provides comfort, and protects from UV rays that cause cancer. Additionally, tinted windows reduce the in-cabin temperature significantly, which can help keep the car cool in hot climates and save energy.
Tinted windows can also provide shatter protection, which helps make it more difficult for burglars to break standard windows and see inside the vehicle or house. This extra security layer could reduce crime incentives and aid law enforcement.
Bright sunlight can create a blinding glare that isn’t only distracting but can cause eye fatigue or even lead to temporary blindness. With tinted windows, the sun’s rays are less harsh and blinding, making your drive safer and more comfortable.
Window tinting blocks UV rays that can cause upholstery and interior materials to fade. This protects your vehicle’s and passengers’ interior from damage and premature wear and can also help prevent skin cancer.
Tinted windows also act as a shatter-resistant barrier. It doesn’t make them indestructible, but if the windows are broken due to bad weather or vandalism, the tint will hold the glass fragments together, preventing them from becoming projectiles and injuring your passengers. The paint will also keep people from being able to see inside your car, deterring break-in attempts.
Reduced UV Rays
Whether driving through the sweltering Albany summer or bracing yourself for a frigid winter, tinted windows will reduce harsh UV rays entering your vehicle cabin. UV rays not only damage skin but also fade and crack interiors.
Window tints filter out up to 99% of harmful UV rays, protecting passengers and drivers. Tints can also preserve interior materials and increase the resale value of your vehicle. Plus, they can help keep your car cool in hot weather by reducing air conditioning usage. Finally, tinted windows can hold shattered glass together in case of an accident or vandalism, preventing dangerous glass shards from flying around the cabin.
Window tint also reduces the amount of UV light that penetrates your vehicle cabin. UV rays can cause skin cancer, damage upholstery, and harm eyesight. Tinted windows help prevent these effects by blocking about 99% of the sun’s harmful UV rays.
Dark tints make it difficult for potential thieves to see inside your car, thus reducing the chances of break-ins. Additionally, when windows break, tint holds the fragments together instead of leaving sharp shards. One of the reasons why luxury cars come with tinted windows is to improve safety and reduce the risk of occupants getting cut by broken glass. Tinted windows can save you money on costly repairs or replacements.
Increased Energy Efficiency
In addition to increased privacy and security, tinted windows deter break-ins and thefts. This is because thieves can’t easily see what valuables are in your car through the window tint.
Automotive window tints improve energy efficiency by blocking heat. It helps to reduce your dependence on air conditioning, which in turn helps to save fuel costs and prolongs the lifespan of your AC system.
Additionally, tint films work similarly to screen protectors by holding shattered glass fragments together in case of accidents or collisions. It helps minimize the risk of injury from flying glass shards and improves safety for you and your passengers. This feature is especially beneficial if you live in a region with scorching summer temperatures.