In the field of automotive care, paint protection has always been a focal point for car owners. From traditional waxing to sealant application and coating, to today's crystal coating technology, continuous innovation has aimed to achieve more durable and efficient protection. However, most mainstream coating products on the market primarily use siloxane as their main component. While these products offer certain benefits, they often fall short in terms of hardness, durability, and clarity. It is against this backdrop that IOTA9970, an automotive coating liquid based on specialized polysilazane, emerges. With its unique chemical structure and exceptional performance, it redefines the standards of paint protection.

The core advantage of IOTA9970 lies in its main component—specialized polysilazane. Unlike common siloxane-based products, polysilazane undergoes a chemical reaction during curing to form a high-purity silicon dioxide (SiO₂) glass-like layer. This process is not merely a superficial covering but involves molecular-level bonding with the paint surface, resulting in a hard, transparent, and stable protective layer. The hardness of this silicon dioxide layer can reach 9H or higher, far exceeding the 2H-4H level of traditional coating products and even approaching the hardness of sapphire. This effectively resists damage from daily wear such as car washing, sand impact, or minor scratches, significantly reducing the risk of paint surface abrasion.

In addition to its exceptional hardness, IOTA9970 excels in transparency and optical performance. Silicon dioxide itself boasts extremely high light transmittance, making the cured layer nearly invisible. It does not alter the original color or texture of the paint but instead significantly enhances the depth and gloss of the paint surface due to its high refractive properties. This brightening effect is particularly noticeable on black vehicles: the paint surface becomes deeper and more vibrant while reducing the visibility of fine swirl marks under sunlight, creating a "mirror-like" visual effect. Whether under sunlight or in the shade, the vehicle maintains a stunning visual impact, a feat difficult to achieve with many siloxane-based products.

In terms of protective performance, IOTA9970 delivers comprehensive benefits. The silicon dioxide layer is highly chemically inert, effectively resisting erosion from acid rain, bird droppings, tree sap, and oxidants, thereby preventing yellowing and fading of the paint surface. Additionally, the layer offers high resistance to ultraviolet (UV) radiation, reducing damage to the polymer structure of the paint caused by UV exposure and maintaining the vibrancy and stability of the paint color over the long term. Its strong adhesion ensures the layer does not easily peel off, maintaining integrity even under alternating high and low temperatures or humid environments. With a durability of over two years, it far surpasses the protection cycle of ordinary coating products, which typically last six months to a year.

Water repellency is another critical indicator of coating effectiveness. The silicon dioxide layer formed by IOTA9970 has extremely low surface energy, causing water droplets to quickly bead up and roll off, taking surface dust and dirt with them. This makes the paint surface easier to clean. The efficient water repellency not only reduces the frequency of car washes but also minimizes potential damage from friction during cleaning. Furthermore, the layer's oil-repellent properties resist oil contamination, keeping the paint surface clean for longer.

In summary, the IOTA9970 coating liquid, leveraging the chemical properties of polysilazane and the comprehensive performance of the silicon dioxide layer, achieves breakthroughs in hardness, transparency, protection, and durability. It not only provides all-round protection for the paint but also enhances the vehicle's overall aesthetic with its exceptional brightening effect. For car owners seeking the ultimate paint protection experience, IOTA9970 is more than just a product—it represents a technological revolution in the field of automotive paint care, redefining what truly constitutes an "invisible paint protection film." In the future, as polysilazane technology becomes more widespread, it may set a new benchmark for high-end automotive care.