Glass hot stamping foils for glass decorations
Suitable for Liquor bottles, perfume bottles, glass containers, and ceramic
Gingko has developed special hot stamping foils ideal for hot stamping on glass and ceramic applications, allowing for more decorating options on specific materials.
Ginkgo provides customers with glass foils that combine excellent alcohol and perfume resistance and provide a luster texture on glass containers. Especially suitable for perfume bottles, wine bottles, and nail polish glass cans.
Because of the superb metallic effects, which can further enhance the delicateness of the luxury packaging. Glass foils are always the essential elements for product decoration of well-known perfume brands, wine brands, and design firms.
Production Method

Vision and evolution of hot stamping foil for glass
Ginkgo consistently develops excellent adaptation with diverse inks and UV-type varnishes and enhances various resistance properties. Offering our customers an extensive range of applications.
If you need glass hot stamping foils, please refer to the "products" below, or click the "contact us" above and let us help you.
Sales region
Due to the excellent adaptation with diverse inks and UV-type varnishes, Ginkgo has provided our foils over Brazil, China, Europe, Indonesia, Japan, Korea, Taiwan, and the United States.
If you are interested in our products, please don't hesitate to contact us. Ginkgo will provide the best solution for you while delivering consistency and reliability.
Related Info
- Types of Suitable Material: Glass (Varnished)
- Working Process: Roll-On Stamping, Vertical Stamping
- Related Products
Hot Stamping Foil for Glass and Ceramics
Hot stamping foil for glass and ceramics is often applied to lotion, perfume, wine bottle, vase, and similar products. Spread ink or UV varnish on the substrate and proceed with thermal hardened system or UV hardened system, and transfer the metallic foil by hot stamping. It has better metallic luster and more outstanding colors than in general glitter printing process.