Modern high-performance floor wear-resistant UV coatings typically adopt a multi-layer structure design, with each layer having specific functions, collectively forming a complete protective system. Taking the common SPC stone plastic flooring as an example, its topmost UV wear-resistant layer is the outermost layer of the coating system, which is in direct contact with the usage environment and therefore requires the best surface performance.

UV Wood Coating Additive Supporting Solution (with Formula)

UV coatings have the advantages of fast curing speed, energy saving, VOC free, and space saving, and have become an important choice for industrial coating. But in UV coatings such as UV vacuum electroplating coatings and UV excimer skin sensitive coatings, there may be three major challenges

For organic silicon additives, the formation of a smooth effect is a dynamic process. In practical applications, the degree of stretching and migration of organic silicon chain segments largely determines whether the performance of the additive can be effectively exerted.

UV matte skin coating is widely used in high-end consumer electronics, automotive interiors, high-end furniture and other fields due to its high-end texture, excellent scratch resistance and soft luster. However, there is an inherent technical contradiction between matte finish and smoothness (low friction coefficient), which has become a core challenge in formula design. By comparing and testing Tiggo additives, we aim to deeply analyze the sources and mechanisms of skin sensation and smoothness

The pesticide industry is a fundamental industry that ensures national food security. Every year, about 25% of crops worldwide are affected by pests, diseases, and weeds. The rational use of pesticides can help recover 30% to 40% of yield losses. In the research and application of pesticide formulations, defoamers and spreaders are key functional components of the additive system, directly affecting the efficiency of formulation processing and the effectiveness of field applications.

Among the many systems of coil coatings, they are highly favored due to their excellent comprehensive performance, and it is crucial to control performance redundancy and accurately apply additives. Taige additives provide solutions to typical pain points in coil coatings, offering high-performance and safe reliable additive products

PFAS refers to perfluorinated and polyfluoroalkyl substances, characterized by high bond energy carbon fluorine bonds, which endow chemicals with excellent chemical and thermal stability. As a result, they are almost non degradable in natural environments and are facing strict regulation. We will share PFAS free additive solutions to help customers smoothly achieve environmental transformation while ensuring product performance is not affected