IOTA 9283 Polysilazane Forms Long-lasting and Easy-to-clean Protective Film, Solving the Problems of Anti-fingerprint and Weather Resistance

1. Fluorinated modified polysilazane, balancing high hydrophobicity and high light transmittance
As the precision manufacturing industry continuously raises its requirements for surface protection, the demand for functional coatings with the functions of transparency, hydrophobicity, and anti-fingerprint has been increasing. IOTA 9283 fluorinated modified polysilazane, after curing, has a water contact angle of 110° - 120°, and maintains excellent hydrophobic properties even after high-temperature treatment. The coating is highly transparent and does not obstruct the appearance of the substrate, making it suitable for optical components and appearance parts surface protection. It performs outstandingly in resisting oil stains and fingerprint adhesion, achieving an easy-to-clean effect on the surface.

2. Excellent mechanical properties of the coating, capable of withstanding complex working conditions
The product is cured at room temperature for 24 hours, and the coating's pencil hardness can reach 6H, and the adhesion of the metal substrate in the scratch test can reach 0 level. After curing, the coating has good antioxidant and corrosion resistance, and can withstand high temperatures for a short period of time, suitable for outdoor equipment and precision instruments long-term protection. Compared with traditional hydrophobic coatings, the polysilazane forms a stable cross-linked structure after curing, with stronger aging resistance and a longer protection cycle.

3. Hotspot answers for customers
Q: Will the coating crack when the film thickness is increased during construction?
A: There is a risk of cracking when the film thickness is too high. It is recommended to control the single coating thickness. Thick coatings can adopt a multiple thin-coating construction method to reduce internal stress in the coating and avoid crack defects.
Q: Can the coating be wiped off with solvents after curing?
A: The coating forms a stable cross-linked structure after curing, and ordinary solvents cannot remove it, providing stable solvent-resistant protection capability.
Q: What industry scenarios is the product mainly suitable for?
A: It is suitable for optical glass protection, anti-fingerprint and anti-stain of automotive parts, surface protection of electronic devices, and reinforcement of composite materials, and can be tested and evaluated for industries with requirements for normal temperature curing and transparent hydrophobicity.

4. The industrialization of polysilazane materials is accelerating, and functional coatings have a new choice
Polysilazane, as a high-performance ceramic precursor material, has seen continuous advancement in industrial application in recent years. IOTA 9283, with its room-temperature curing characteristics, breaks away from the limitations of high-temperature curing equipment and reduces the investment in production line renovation for customers. This material provides a new solution for the functional coating market that is easy to clean, anti-fingerprint, and corrosion-resistant, helping to develop the domestic high-end functional coating self-material system.