
Window tint provides heat insulation. Here is an introduction to its related aspects: 1. Function: Window tint, also known as heat-insulating film, is a type of automotive film developed to combat summer sunlight and ultraviolet rays. 2. Physical Properties: Window tint is made by vacuum deposition or magnetron sputtering to create multiple layers of dense metallic films using precious and rare metals such as gold, aluminum, silver, nickel, and titanium. It blocks heat through the inherent physical properties of these metals. 3. Features: It offers explosion-proofing, scratch resistance, anti-glare properties, reduced fuel consumption, protection for car interiors, and privacy protection. It also enhances window transparency and clarity, ensuring driving safety. 4. Identification: There are numerous heat-insulating film products on the market with varying quality. High-quality heat-insulating films do not feel cloudy and are superior in thickness, scratch resistance, and environmental friendliness (odor-free) compared to inferior products.

Car window tinting really does provide heat insulation! After installing it on my own car, getting in during summer no longer feels like stepping into an oven, and it's incredibly comfortable. Its principle is to block the sun's infrared rays, preventing heat from entering the car while also offering UV protection, which is good for the skin. Before, without the AC, the steering wheel would be too hot to touch, but now with the tint film, even the strongest sunlight isn't a concern. When installing, it's important to choose a reputable brand; don't go for cheap options as some low-quality films may bubble or have poor transparency over time, affecting visibility. I recommend going to a professional shop where they test the heat insulation rate—for example, high-quality films can block over 70% of the heat. Additionally, the film can help save on AC electricity and reduce fuel costs. After installation, make sure to check for any bubbles, as they can affect performance. Overall, it's quite worth it, especially making summer driving much more comfortable.

Sun films have a heat insulation effect, primarily by filtering out solar infrared radiation and reducing the temperature inside the car. I once conducted a test, measuring the temperature before and after applying the film, and found a difference of over ten degrees, especially when parked. Good heat insulation can extend the lifespan of the air conditioning system by preventing frequent starts. When choosing, pay attention to heat insulation parameters, such as infrared rejection rate—higher rates are more effective. There are metal films and ceramic films on the market; metal films are cheaper but may interfere with signals, while ceramic films are more expensive but offer stable performance. After installation, regularly clean the windows to maintain light transmission. Privacy and safety should also be considered—some films come with an anti-explosion layer to prevent glass from shattering in accidents. Having experienced different car films, I believe investing in a high-quality one is quite worthwhile.

There's no doubt that solar films can block heat. Their working principle is to block infrared heat transfer, making the car interior cooler. After applying it myself, I clearly felt much less heat while driving, especially on highways where the sun doesn't make it hot. It's recommended to choose films with high light transmittance to avoid affecting visibility, particularly when driving at night. Installation is simple—either go to a professional shop or DIY with purchased film, but make sure there are no bubbles. Additional benefits include 99% UV protection, safeguarding your skin and preventing interior fading. Considering regional factors, the effect is more noticeable in hot southern areas. Just maintain it regularly to avoid scratching the film surface.


