Sputtering, the latest and most effective method of producing heat-blocking functions, enables the formation of metal layers of various metal targets and multi-layer structures to produce high-performance building heat-blocking films.
Sputtering, the latest and most effective method of producing heat-blocking functions, enables the formation of metal layers of various metal targets and multi-layer structures to produce high-performance building heat-blocking films.

NEXFIL's ceramic film blocks radiant heat and harmful UV rays from solar energy. In particular, nanoceramic products with an infrared blocking rate of 99% or more developed by NEXFIL's unique technology have a high visible light transmittance of 65% to 75% and are resistant to discoloration due to discoloration or oxidation.
It blocks at least 98% of UV rays that are harmful to the human body, including skin cancer and eye damage, as well as preventing glare caused by light reflection.

The adhesion, which is essential for safety purposes, is manufactured from a high-molecular adhesion technology that has been proven to be durable and has excellent anti-dissipation capabilities in case of glass breakage. Due to its high resistance to external shocks, the glass can be strengthened to improve stability and security and protect valuable lives and property from natural disasters such as earthquakes and typhoons. Also, the excellent tensile strength and elongation rate can be said to be the pride of the NEXFIL safety film, and the choice is wide because it can be color-coded and the train terminal function

TPU FILM that has been developed by NEXFIL not only has strong durability and excellent elasticity but also has high resistance for scratches that enables to maintain the film's gloss for a long time.

Additionally, the adhesive with UV protection preserves the unique color of the vehicle for a long time and has excellent resistance to ozone, age resistance, and weather resistance.

NEXFIL's TPU film is highly evaluated as an external vehicle protection film.