Dongguan Hot Stamping Materials (Water-based Foil Adhesive) are widely used in luxury villas, star-rated hotels, clubs, temples, Buddha statues, signboards, couplets, plaques, photo frames, picture frames, gold foil paintings, and glass crafts. Their magnificent and luxurious effects are unmatched by any other material. While inheriting this ancient craft, our company has also developed artistic gilding techniques on materials such as wood, ceramics, glass, stone, metal, plastic, cement, and sandstone, making the gilding process richer in artistic connotation and more contemporary. Additionally, we have developed a series of gilded PU (polymer) decorative building materials, as well as fashionable and high-end decorative building products such as gold-faced tiles, gold-faced mosaics, and gold-faced decorative panels, sparking new trends. Common names include: gold foil, silver foil, gilding foil, pure gold foil, imitation gold foil, imitation silver foil, gold powder, silver powder, hot stamping paper, and Dongguan hot stamping materials. Dongguan Hot Stamping Materials (Water-based Foil Adhesive) serve as an intermediary bonding two materials, often appearing in liquid form. They belong to the fine chemical category and come in a wide variety, classified mainly by adhesive material, physical form, curing method, and substrate material. The viscosity of the adhesive is measured using a Brookfield viscometer, with the unit "cps" (centipoise). The viscosity reading typically ranges between 300 and 30,000 cps. In water-based adhesives, the solid content of Dongguan Hot Stamping Materials (Water-based Foil Adhesive) is not determined by the viscosity of the adhesive but by the plasticizers, tackifiers, and other components in the formulation, which influence the viscosity value. Dongguan Hot Stamping Materials (Water-based Foil Adhesive) A. Stress Conditions: When the substrate is subjected to peeling force or uneven tensile force, adhesives with good toughness, such as rubber adhesives or polyurethane adhesives, can be selected. When subjected to uniform tensile force or shear force, adhesives with higher hardness and strength, such as epoxy or acrylic adhesives, are suitable. B. Temperature Conditions: Different adhesives have varying heat resistance. Select the appropriate adhesive based on the specific temperature requirements. C. Humidity: Moisture and water are detrimental to the stability of the adhesive interface, as they can lead to hydrolysis through permeation and diffusion, damaging the bond or causing it to separate, thereby reducing adhesive strength and durability. For substrates requiring good water resistance, choose epoxy or polyurethane adhesives. D. Chemical Media: Chemical media mainly refer to acids, alkalis, salts, solvents, etc. Different types of adhesives and curing conditions offer varying resistance to these media. E. Outdoor Conditions: Adhesive bonds used outdoors face complex conditions, such as temperature fluctuations, wind, rain, sun, and freezing, which can accelerate aging of the adhesive layer and shorten its lifespan. In hot stamping materials, the adhesive serves as an intermediary bonding two materials, often appearing in liquid form. It belongs to the fine chemical category and comes in a wide variety, classified mainly by adhesive material, physical form, curing method, and substrate material. The viscosity of the adhesive is measured using a Brookfield viscometer, with the unit "cps" (centipoise). The viscosity reading typically ranges between 300 and 30,000 cps. In water-based adhesives, the solid content of Dongguan Hot Stamping Materials (Water-based Foil Adhesive) is not determined by the viscosity of the adhesive but by the plasticizers, tackifiers, and other components in the formulation, which influence the viscosity value. The hot stamping effect is favored for its numerous advantages, including clear and beautiful patterns, bright colors, dazzling brilliance, wear resistance, and weather resistance. Achieving the ideal hot stamping effect requires not only skilled operation but also selecting the appropriate product model for different materials, as well as the right temperature, pressure, and stamping time.