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Process Requirements for Waterborne UV 3C Coatings
Whether the performance of waterborne UV 3C coatings can be fully realized depends largely on whether application procedures are carried out in accordance with established standards. Compared with solvent-based UV coatings, waterborne systems impose stricter requirements on the application environment, equipment specifications, and process control; they feature a narrower processing window and demand higher‑grade equipment and environmental conditions. From ambient temperature and humidity to coating formulation, from spray parameters to pre‑baking conditions, and even to UV curing energy, the precise control of each step directly affects the coating’s adhesion, surface appearance, and durability. Understanding and adhering to these application guidelines is essential for achieving optimal coating results.
2026-07-08
Application Steps for Waterborne UV 3C Coatings
The application process for waterborne UV 3C coatings is a comprehensive operational system that encompasses every step, from substrate preparation and coating formulation to spray application, pre‑baking and leveling, and finally UV curing. Each stage has its own specific operational requirements and process parameters. Compared with solvent‑based UV coatings, waterborne systems—where water serves as the primary diluent—include an additional moisture‑removal step in the application sequence, thereby imposing stricter demands on process control. A standardized application procedure is essential for ensuring consistent coating quality and meeting specified performance criteria.
2026-07-08
Ingredients of Waterborne UV 3C Coatings
The performance advantages of waterborne UV 3C coatings stem from the synergistic interactions among their formulation components. Using water as the primary diluent, these coatings achieve rapid curing upon exposure to ultraviolet light. Their compositional framework retains the fundamental structural principles of conventional UV coatings while incorporating targeted refinements in the resin system and additive selection. A thorough understanding of the ingredient composition and underlying mechanisms of waterborne UV 3C coatings facilitates insight into their distinctive performance characteristics and guides the direction of technological advancement.
2026-07-08
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Bossin cordially invites you to visit the 2025 China International Coatings Exhibition.
UV monomer with a curing speed more than 30% faster than that of trifunctional monomers
Low-irritation version of HDDA
A high-refractive-index UV monomer
Although it’s quite ordinary, it offers great value for the price.
A UV monomer used in fields such as PCB ink, UV curing agents, and offset printing ink.
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