300 ℃ high temperature resistant label Why is it good?
300 ℃ high temperature resistant labelThe technical parameters of the 300 ℃ high-temperature resistant hanging tag are that the white polyimide film high-temperature sticker is designed to i
300 ℃ high temperature resistant labelThe technical parameters of the 300 ℃ high-temperature resistant hanging tag are that the white polyimide film high-temperature sticker is designed to i
Materials used for daily chemical labelsThe substrate of paper self-adhesive labels is mainly made of copperplate paper, and the brightness and waterproof function are enhanced through film
Method of using reversible temperature measurement patch1. The NCW series reversible color changing temperature measuring patch is in the form of a label. As long as an appropriate rated tem
Electronic manufacturing labelNowadays, there are more and more applications of electronic mobile devices and electronic products, so the demand for electronic product labels is also increas
Ceramic bathroom labelHave you found it difficult to remove the labels on the bottom of ceramic bowls when you go to the supermarket to buy them? In fact, this is a problem caused by the man
Characteristics of Synthetic Paper1. Belongs to thin film adhesive label materials 2. Environmentally friendly materials 3. Light weight, high strength, tear resistance, strong printing ad
Why do thermal paper stickers fade?Thermal paper, as the name suggests, is a type of paper that displays handwriting through thermal reactions. It does not require ink or ribbon, only heatin
Semi transfer VOID anti tamper stickerVOID peel off anti-counterfeiting label is a type of anti-counterfeiting adhesive label, which is processed by special technology on the back of the adh
Hot pressed filmHot pressed film is a physical and thermal property that forms a molten state at high temperatures. After cooling treatment, a sealed protective space is formed. Hot laminati
Digital printing of vulcanized transfer filmA rubber specific transfer film based on vulcanization process, comprising a substrate and an ink layer printed on the substrate, wherein the melt