Oveallgo™ Automotive Snow Removal Hydrophobic Nano Coating

As climate challenges continue to worsen, it is critical to take proactive measures. Here are the latest solutions for 2023:

Extreme cold and snowstorms can threaten travel and people’s safety. Here are some of the problems vehicles face when exposed to these harsh conditions:  frozen door handles, snow-covered windshields, aging vehicles, and even cars buried under 1.3 meters of snow.

In both cases, access to your vehicle has become a challenging obstacle. However, there is now a wonderful solution –  Oveallgo™ Automotive Snow Removal Hydrophobic Nano Coating  . It can prevent snow and ice from accumulating on your beloved vehicle during heavy snowfall  , while also having composite functions such as corrosion resistance, wear resistance, anti-aging and self-cleaning surface properties.

The key technologies behind the hydrophobic nanocoating Oveallgo™ Automotive Snow Removal:

The nano-biomorphological anti-ice and anti-snow agent for cars  is mainly composed of an alternating multiblock matrix of inorganic-organic interpenetrating polymer networks (IPN)  and highly active surface-modified nano-ice-repellent additives. It forms a 30 μm thick dry film on the treated surface. This unique protective layer has a wide range of applications, can cure at room temperature,  prevents snow and ice from adhering, and has corrosion resistance, wear resistance, anti-aging properties, self-cleaning surfaces and improved hydrophobicity  . This prevents snow and ice from freezing on the vehicle.

Using IPN (Interpenetrating Polymer Network) technology, a multiblock copolymer is created by modifying organic polymers with silicon-based inorganic polymers in an alternating arrangement. This process improves the mechanical properties such as adhesion and hardness of the coating. In addition, the surface of the coating has a low surface energy. By incorporating special surface-active substances and nano-rare earth oxides, the coating achieves a combination of properties through interaction, including low surface energy, high corrosion resistance, strong adhesion to the substrate, reduced resistance and prevention of wax formation.

These coatings are characterized by  excellent hydrophobic properties  , thanks to the formulation of  IPN  (Interpenetrating Polymer Networks) substrates and highly active surface-modified nano-ice and snow-repellent additives. They are both anti-ice and anti-snow coatings based on organosilicon technology. The resulting coatings have excellent water-repellent properties on their surfaces.