SOFT99 H-9 Dual Layers Glass Coat

Product Description:

The SOFT99 H-9 Dual Layers Glass Coat represents the pinnacle of Japanese surface protection engineering, presenting an ultra-hard, professional-grade ceramic shielding system designed for supreme paint defense. This advanced liquid formula operates on a sophisticated two-stage chemical synthesis, building two distinct, reinforced silica glass films directly over a vehicle’s clear coat to achieve an impressive 9H pencil hardness rating. The specialized base coat or primer anchors itself deeply into the microscopic pores of the paintwork to lay down a physically resilient foundation, while the subsequent top coat reacts to introduce an extra-hydrophobic, slick surface matrix. Because this fully cured glass barrier does not soften or become sticky under intense summer heat, it permanently stops environmental pollutants, corrosive airborne particles, and harsh metallic brake dust from embedding into the finish. The result is a jaw-dropping, optical-grade transparency that casts a permanent wet-look gloss across the bodywork while making routine maintenance as effortless as a quick water rinse.

Product Features:

• True 9H Pencil Hardness: Combines two uniquely engineered glassy layers to establish a highly rigid, scratch-resistant surface barrier over automotive clear coats.
• Dual-Stage System Bonding: Utilizes a separate chemical primer coat and a reactive top coat to guarantee extreme molecular adhesion and long-lasting defensive structure.
• Extreme Hydrophobic Repellency: Forces immediate water structural collapse, causing rain and moisture to instantly bead up and sheet completely away from the body panels.
• Industrial Anti-Fouling Chemistry: Actively denies sticky road tar, traffic grime, corrosive bird droppings, and industrial salt deposits a strong physical grip on the paintwork.
• Extended Weatherization Shield: Defends vehicle exterior surfaces against chemical fading, clear coat oxidation, acid rain etchings, and intense ultraviolet discoloration.