Ceramic TiN HeatMax TH 2099 Car Window Tints Film

Ceramic TiN HeatMax Car Window Tints Film | 99% Heat & UV Rejection, 8-Year Durability

Ceramic TiN HeatMax Car Window Tints Film features nano-titanium nitride technology. With 20% light transmittance and 99% heat rejection, it passes ceramic window tint heat test and delivers excellent ceramic tint heatmax reduction, making it the top ceramic window tint film for cars.

Table of Contents

1.  Core Advantages: The Unique Value of Ceramic TiN HeatMax Car Window Tints Film
2. Rigorous Performance Parameters: Quality Proven by Data
3. Advanced Technology: The Secret of 1000℃ Tungsten Oxide Nano-TiN Diffuse Reflection
4. Practical Application Experience: All-Round Protection for Daily Commutes & Long Trips

1.Core Advantages: The Unique Value of Ceramic TiN HeatMax Car Window  Film

In the automotive window tint market, Ceramic TiN HeatMax stands out with balanced performance, a high-quality ceramic window film trusted by many car owners. It overcomes the traditional trade-off between light transmittance and heat rejection, achieving optimized compatibility through scientific formulation. Drivers enjoy clear visibility while effectively blocking summer solar heat. Its core advantage lies in advanced titanium nitride nano-ceramic technology, which delivers stable heat insulation and enhances weather resistance and color retention. The film maintains consistent appearance and performance in daily harsh conditions like high temperatures, rain, and strong UV rays, offering long-lasting protection with a single application.

For car owners prioritizing driving safety and comfort, efficient heat reduction and clear visibility are key when choosing window tints—and Ceramic TiN HeatMax delivers exactly that. Formulated with cesium-doped tungsten oxide and titanium nitride, it blocks 100% of infrared rays, effectively repelling solar heat to quickly cool the cabin in hot weather. This boosts ride comfort, reduces air conditioner use, and indirectly lowers fuel consumption. With a high light transmittance of 20%, it ensures unobstructed visibility during daytime driving and prevents blurred vision at night, providing solid safety assurance.

2. Rigorous Performance Parameters: Quality Proven by Data

These parameters are not empty claims—each has been tested and verified by professional institutions. Especially in the ceramic window tint heat test, the product performs exceptionally well: under simulated high-temperature exposure, vehicles with Ceramic TiN HeatMax Car Window Tints Film have an interior temperature 15-20℃ lower than those without. This fully confirms its excellent ceramic window tint heat reduction performance. For car owners seeking a high-quality driving experience, such solid performance specs are highly appealing.

3.Advanced Technology: The Secret of 1000℃ Tungsten Oxide Nano-TiN Diffuse Reflection

The outstanding performance of Ceramic TiN HeatMax Car Window Tints Film stems from its use of a thousand-degree tungsten oxide nano-titanium nitride diffuse reflection process. This advanced process is a mature technology in the field of ceramic window films. Based on imported optical substrates, it uniformly disperses nano-sized titanium nitride, cesium-doped tungsten oxide, and other materials in the film layer, forming a stable structure after being treated at a thousand degrees Celsius. The imported optical substrate itself possesses excellent light transmittance and weather resistance, providing a solid guarantee for the basic performance of the window film, while the nano-sized functional materials endow the window film with reliable heat insulation and UV protection effects.

Compared with traditional metal window tints, this titanium nitride nano-ceramic technology offers distinct advantages. While metal tints provide some heat insulation, they tend to block electronic signals—disrupting in-car navigation and mobile connectivity—and are prone to oxidation and fading with long-term use.

Ceramic TiN HeatMax Car Window Tints Film eliminates these issues entirely: it contains no metal components, so it won’t interfere with any electronic signals. Thanks to the high stability of nano-materials and a weather-resistant formula, it maintains color and performance for up to 8 years without fading or aging.

Additionally, the 1,000°C tungsten oxide nano-titanium nitride diffuse reflection process scatters sunlight on the film surface, effectively reducing glare and further enhancing driving comfort and safety—another key highlight of this ceramic heat blocking window film.

4.Practical Application Experience: All-Round Protection for Daily Commutes and Long Trips

Whether for daily urban commutes or holiday road trips, Ceramic TiN HeatMax Car Window Tints Film provides comprehensive protection for car owners. During scorching summer morning rushes, un-tinted cars get stuffy quickly under direct sunlight. In contrast, vehicles with this film maintain a relatively comfortable interior temperature even after 30 minutes of sun exposure—no need to wait long for the AC to cool down, significantly enhancing the commute experience.

For drivers often on the road in the afternoon, intense sunlight easily causes glare that impairs visibility judgment. The film’s diffuse reflection technology effectively reduces glare, keeping vision clear and lowering the risk of traffic accidents.

During long road trips, the practicality of window tints becomes even more apparent. On extended drives, occupants are continuously exposed to UV rays—but with a 100% UV block rate, Ceramic TiN HeatMax Car Window Tints Film acts as a reliable protective barrier. It shields skin from UV damage, reducing tanning and sunburn risks, while also slowing down cracking and fading of interior components like seats and dashboards caused by prolonged sun exposure, extending their lifespan.

Additionally, long journeys often involve harsh conditions such as heavy rain, glare, or sand. The film’s 2mil thickness gives it moderate impact resistance, effectively preventing scratches from small stones, branches, or debris. In the event of an accident, it also helps hold glass shards in place, lowering injury risks. As a high-quality ceramic window film, it prioritizes not just core performance but also real-world user experience, making every trip safer and more comfortable.