1735 is a cutting-edge pure acrylate UV resin designed to address two common challenges in the photocuring industry: volume shrinkage and insufficient adhesion. During UV curing, volume shrinkage often leads to increased internal stress, causing substrate warpage or coating delamination, but 1735 achieves an exceptionally low shrinkage rate through its unique molecular structure design, making it particularly suitable for coating precision plastic parts requiring high dimensional stability and for treating thin wood veneers prone to deformation, ensuring a perfectly flat finish. Unlike traditional brittle resins, 1735 forms a highly ductile cross-linked network upon curing; this outstanding flexibility endows the coating with excellent impact resistance and bendability, making it an ideal choice for folding packaging inks and coatings for flexible plastic parts such as mobile phone cases and automotive interiors. Furthermore, 1735 demonstrates strong wetting and bonding capabilities on both polar and non-polar substrates, significantly improving coating adhesion on difficult-to-bond plastics like ABS, PC, and PVC as well as wood and metal surfaces. In formulations, it can serve as a primary resin providing base properties or be added as an adhesion promoter to drastically boost the bonding strength of the entire system at a low cost. It is widely used in UV wood coatings, UV plastic coatings, and UV screen/offset printing inks, making 1735 an indispensable formulation component for high-end applications demanding high durability and a defect-free appearance.