Innovative highlights of the exhibit：

Hot Stamping Foil for Plastic Substrates can be directly stamped on the plastic surface which can greatly save costs and shorten the workflow at the same time.

Product introduction:

Hot stamping foils can distinctly improve the grading of either white or black household appliance products through enhancing the plastic part appearance and surface effect either as a part or as a whole, and thus give people a very good visual enjoyment. Different surface effects can be realized by using different kinds of hot stamping foils to make household appliances locally presented with bright gold or silver color, the effects of brushed metal, translucency, chrome plating and the effect of coating or printing, etc. which can greatly save costs and shorten the workflow at the same time. It is the most eco-friendly and costeffective decoration process.

Innovative highlights of the exhibit：

Strong metallic hologram looking and excellent aluminum coating adhesion

Product introduction:

1. bio-degradable, eco-friendly. 2. Strong metallic hologram looking and excellent aluminum coating adhesion. 3. Glossy and good smoothness of surface. 4. Excellent ink adhesion ability. It's easy to do over printing onto it. 5. Suitable for offset printing, gravure printing and flexible printing

Innovative highlights of the exhibit：

enhance comprehensive security performance

Product introduction:

Integrates hologram sticker, variable data printing with QR code database tracking/verification system, which gives a unique QR code/serial number for each sticker to enhance comprehensive security performance With attractive design; Easy for identifying & reading, vivid holographic effects improves the overall packaging effect of products Great for brand advertising and sales promotion, makes data tracking & market investigation possible

Innovative highlights of the exhibit：

Holographic light shadow flow effect brought by diversified optical micro / nano structures

Product introduction:

IMR(In-mold Decoration by Roller), is a technology that prints decorative patterns and functional patterns on a film through a high-precision printing machine, and sends the film into a dedicated molding mold through a high-precision film feeding device for precise registering or positioning. After that, the patterns on the film will be transferred to the surface of plastic product through high temperature and high pressure of the injected plastic raw material. It is a technology that can achieve the integrated molding of decorative patterns and plastic material.