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A vehicle's paint is the first line of defense for its appearance, yet it is also the most vulnerable part in daily use. Most traditional coating products primarily use siloxanes as their main comp......
2025-12-23In ultra-high-temperature and extreme working environments, the endurance and stability of materials directly determine the reliability and lifespan of equipment. From aerospace engine hot......
2025-12-23In modern industrial manufacturing, high-temperature resistance and surface self-cleaning have become critical needs across numerous application fields. Traditional coatings tend to degrade and pee......
2025-12-22In high-temperature industries, aerospace, and advanced manufacturing, the stability and durability of materials under extreme environments have become key bottlenecks limiting technologic......
2025-12-22In fields such as optics, electronics, precision instruments, and high-end building materials, achieving both protective performance and perfect visual transparency has long been a g......
2025-12-22In extreme high-temperature application scenarios, the protective capability of materials directly determines the safety boundaries and service life of equipment. Traditional coatings are prone to ......
2025-12-22In an era where both industrial and consumer markets increasingly demand materials that excel in both performance and aesthetics, surface protection technology faces unprecedented challenges. Wheth......
2025-12-22In modern industry and manufacturing, efficient, environmentally friendly, and highly adaptable coating technologies have become key drivers of industrial advancement. Traditional coatings......
2025-12-22In modern industrial manufacturing and the high-end consumer product sectors, surface coatings are playing a more critical role than ever before—they are not only the first line of physica......
2025-12-22As your beloved vehicle traverses cities and wilderness, sunlight, acid rain, dust, and the passage of time quietly erode the radiant brilliance of its paint. While traditional automotive coatings off......
2025-12-19In extreme environments such as aerospace, nuclear energy engineering, and ultra-high-temperature industrial furnaces, materials must withstand the rigorous of temperatures exceeding 1600°C. ......
2025-12-19In modern industries where high temperatures and extreme working conditions are prevalent, the functionality of coating materials is evolving from mere decoration to integrated performance challeng......
2025-12-19In fields such as aerospace, energy equipment, and advanced manufacturing, the high-temperature resistance of materials often determines the success or failure of products. Traditional high-tempera......
2025-12-19As materials science rapidly advances, coating technology is evolving from passive protection to active functionality. Faced with growing demands for anti-fouling, self-cleaning, and wear resistanc......
2025-12-19In the realm of high-temperature industries and advanced manufacturing, the heat resistance of materials directly determines the safety and service life of equipment. Traditional coatings are prone......
2025-12-19
