In the fields of architectural decoration and industrial protection, the safety and functionality of coatings have always been a focus of industry attention. A high-temperature resistant water-based nano-ceramic coating that combines environmental friendliness, durability, and high-temperature protection has officially been launched on the market. Its multiple core advantages have attracted widespread attention and brought new breakthroughs in material protection technology.



This coating's environmental performance is a significant highlight. As a next-generation water-based paint, it releases no toxic gases like formaldehyde and benzene throughout its production and application, eliminating the health risks associated with traditional solvent-based coatings at the source. Construction workers no longer need to worry about harmful volatile compounds, and homeowners can move in quickly and safely after renovation. This truly embodies the environmentally friendly concept of "green construction, healthy living," fully aligning with current environmental protection policies and consumer trends.

In terms of physical properties, the coating demonstrates exceptional protective capabilities. Through specialized nanotechnology and optimized formulations, the cured coating achieves a hardness of up to 9H, far exceeding the standard for ordinary coatings. This makes the coating extremely wear-resistant and scratch-resistant, effectively withstanding everyday collisions and friction. Furthermore, its chemical stability, including acid and alkali resistance, effectively resists erosion by various corrosive substances. Combined with its dust-, oil-, and stain-resistant surface properties, it keeps the substrate clean and tidy over time, significantly reducing maintenance costs.

Most notably, the coating's high-temperature performance is impressive. It can withstand temperatures up to 900°C, forming a reliable fire barrier on surfaces like wood and metal. With fire safety increasingly important, this feature provides crucial safety protection for scenarios such as historic building preservation, home renovation, and industrial equipment protection, effectively slowing the spread of fire and buying valuable time for emergency response.