The Science of Invisible Armor
Triple-Layer Coating Technology Specification // 三层涂层核心技术解析
01 / Titanium Dioxide Nano-Coating
Brings Impact Resistance, High Gloss, and Ultra Self-Cleaning Properties
[ Physical Efficacy // 物理功效 ]
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Titanium dioxide nano-particles induce water molecules to aggregate on the paint surface, forming a continuous water film. This minimizes direct contact between various stains and the film surface, allowing them to be washed away effortlessly.
① 二氧化钛纳米粒子促使水分子在漆面聚集形成一块块水膜，降低各种污渍与膜面的直接接触、一冲就刷掉。 -
As metallic particles, they enhance the hardness of the coating layer. This reduces the generation of scratches and swirl marks, thereby significantly increasing surface rigidity and resistance.
② 作为金属粒子，可以增强涂层硬度，减少划痕与放涡纹产生，进而增强膜面硬度与抗性。 -
Additionally, the high refractive index (2.5–2.7) of titanium dioxide particles makes the film crystal-clear. It intensifies the original high saturation of the automotive paint, making water-based finishes appear even more striking.
③ 另外，二氧化钛粒子折射率高（2.5-2.7），让车衣更晶莹剔透，强化原本高饱和和度水性色漆更靓丽。
[ Chemical Efficacy // 化学功效 ]
Titanium dioxide actively "consumes" ultraviolet rays in sunlight (filtering UV) and generates trace amounts of reactive oxygen species (·OH, ·O₂⁻). These powerful species break down organic matter (such as bird droppings, bug splatters, and tree resin) into harmless water and carbon dioxide, shrinking the stain volume for easy removal during washing.
二氧化钛可“吃掉”阳光中的紫外线（过滤 UV）并产生微量活性氧（·OH、·O₂⁻），能把有机物（鸟粪、虫尸、树脂等）分解成二氧化钛和水，让污渍体积变小，进而轻松冲刷走。
02 / Patented Hydrogen Bond Coating
Self-Healing Back to Original State at Room Temperature (20°C and Above)
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Hydrogen bond groups form a microscopic "spiderweb" matrix across the surface. This network delivers exceptional elasticity, achieving an elongation rate of up to 190%–200%.
① 氢键基团形成微观“蛛网”覆盖膜面实现高弹性，拉伸率可达 190%-200% -
Upon sustaining external physical damage, the hydrogen bonds undergo automatic recombination when exposed to certain temperature environments, initiating seamless self-repair.
② 在受到外力损伤后，氢键在一定温度环境下实现自动重组 -
The high-density hydrogen bond clusters go a step further by blocking external contaminants. This systematically prevents water spots from penetrating the film surface, shielding the paint from underlying corrosion.
③ 高密度氢键基团进一步阻挡外来污渍、水渍浸入膜面触及漆面造成腐蚀
03 / UV Thermal Curing Coating
Enhances Paint Protection Film’s All-Terrain & Climate Durability
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Subjected to a 24-hour infrared baking process at 120°C, the TPU base molecules and the coating layer undergo extensive cross-linking polymerization, maximizing the film's structural and tensile stability.
① 经过红外灯 24 小时 120 度高温烘烤，让 TPU 基材分子与涂层发生交联聚合，强化膜的拉伸稳定性。 -
Through high-temperature baking, the UV blocking agents become more locked and stabilized within the coating layer, yielding prolonged, enduring anti-oxidation performance.
② 通过高温烘烤，UV 阻隔剂更加稳定于涂层中，带来持久的抗氧化。 -
The thermal curing layer itself features a 90% efficient thermal scratch self-healing capability. Working in tandem with the patented hydrogen bond technology, it provides a dual-layered mechanism for premium self-repair protection.
③ 热化涂层自身还具备 90% 效率的划痕热修复，搭配氢键专利，双重自修复保障。
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