Anhui IOTA Silicone Oil Co., Ltd. has launched IOTA ST5 transparent superhydrophobic nanocoating with innovative technologies. With superhydrophobic technology at its core, it expands new boundaries for the application of material surface protection.

Developed based on nano-superhydrophobic materials, IOTA ST5 coating is mainly composed of superhydrophobic nano-factors and surfactants. It can form a transparent superhydrophobic coating on the surface of various materials. The coating has excellent hydrophobicity with a rolling angle of less than 10°, achieving water repellency, and at the same time, it has good water sliding property, effectively preventing water stain residues. The product is green and environmentally friendly, easy to use, providing safe and reliable protection solutions for various industries.

In terms of application scenarios, IOTA ST5 coating shows broad application prospects. In addition to providing protection for common surfaces such as car rearview mirrors, glass, metals, and ceramics, it can also be applied to outdoor signs to prevent rain erosion and stain adhesion, ensuring clear visibility of information. In the lighting field, it provides protection for the glass covers of street lamps and landscape lamps to ensure lighting effects. In the home appliance industry, it prevents water vapor condensation and stain contamination, improving the aesthetics and service life of products.

The usage method of IOTA ST5 coating is simple and efficient.

First, thoroughly clean and dry the surface to be coated. After spraying the coating and wiping it evenly, it can be baked. Even if the coating is damaged, its performance can be restored by reprocessing. The company recommends storing it away from high-temperature fire sources and direct sunlight, and the shelf life can reach 3 years.

Anhui IOTA Silicone Oil Co., Ltd. ensures the excellent quality of IOTA ST5 coating with professional technology and strict quality control. The launch of this coating not only enriches the company's product system but also provides a new choice for surface protection in various industries, promoting the wide application of superhydrophobic technology and empowering industrial development.