Radial cooling coatings, through a combination of high reflectivity and high emissivity, can effectively reduce the surface temperature of the equipment and decrease heat accumulation from solar radiation.
Dendritic modified PA-CF, with its superior performance of tensile strength exceeding 100 MPa and continuous operating temperature up to 150°C, has successfully propelled 3D printing from prototype verification to the production of functional end parts.
Aromatic polyurea coatings, with their superior mechanical strength, exceptional abrasion resistance, and 100% solids content, hold a significant position in industrial corrosion protection, automotive chassis protection, and battery pack protection.
Against the backdrop of global warming and energy shortages, a new type of electricity-free energy-saving cooling coating—radiative cooling coating—is quietly changing traditional cooling methods. It does not rely on electricity, yet it can significantly
The emergence of aspartic polyurea coating breaks through this technological bottleneck. Through molecular structure design and materials science innovation, it achieves a perfect balance of high strength, scratch resistance, and excellent flexibility, be
Aromatic polyurea coating, however, successfully overcomes this contradiction. Thanks to its unique molecular structure, rapid reaction characteristics, and interfacial adaptability, it achieves long-lasting protection that combines rigidity and flexibili