Construction method：
Can be applied externally. Compared with internal application, it can improve the heat insulation effect by more than 20%.

Heat insulation&energy saving：
By reflecting infrared rays (typically with a blocking rate of about 96%), it reduces the entry of outdoor heat into the room, lowering the energy consumption of air conditioners; at the same time, it retains the indoor temperature in winter, achieving two-way energy saving.

Sun protection：
Can effectively block ultraviolet rays (typically with a blocking rate of 99%), protecting human skin and indoor furniture, fabrics from ultraviolet damage, and delaying aging.

High light transmittance：
While blocking heat and ultraviolet rays, it maintains a high visible light transmittance (greater than 70%), without affecting indoor lighting and vision.

High stability：
Nanoceramic materials have stable chemical properties, are resistant to acids and alkalis, anti-aging, have a long service life (generally up to 10 years or more), and are not prone to fading.

Safety and explosion-proof：
Certain explosion-proof capabilities. When the glass breaks, the film can bond the fragments, reducing the risk of injury from flying shards.