Explanation of nano-cellulose laser anti-counterfeiting label

Explanation of nano-cellulose laser anti-counterfeiting label

PresentLaser security labelWithout anti-static properties, static electricity is likely to be generated when goods are transported in logistics, which poses certain safety risks. In order to solve this problem, anti-counterfeiting label factories continue to research materials with antistatic properties, so that label products such as laser anti-counterfeiting labels can be more secure and more in line with the requirements of logistics products. Through research on cellulose materials, people discovered that a kind of nano cellulose can be used in laser anti-counterfeiting labels.

The materials of laser anti-counterfeiting labels are generally derived from nature, and the more easily available materials are more popular. Cellulose is a relatively abundant polymer in nature. It has low processing cost, good adaptability and strong chemical stability. It is an environmentally friendly renewable resource. At present, some laser anti-counterfeiting labels will use cellulose materials, which can satisfy some users. Microcrystalline fibers can be extracted from plants, and then chemically or mechanically processed to obtain cellulose nanocrystals.

If nanofiber materials are used in laser anti-counterfeiting labels, the labels will have many excellent properties. Nano cellulose has a higher elastic mold, high crystallinity and higher transparency. The anti-counterfeiting label factory uses these advantages to apply it to the production of label anti-counterfeiting film. This kind of anti-counterfeiting label film has anti-static function. Certain conductivity reduces the insulation. Moreover, the production of this nano-cellulose laser anti-counterfeiting label is relatively simple, economical, and can support the future packaging market.

The above is the description of the nano-cellulose material in the laser anti-counterfeiting label. This material can be extracted from plants and has better characteristics than ordinary cellulose. It is more convenient for anti-counterfeiting label factories to produce this kind of material, and the production cost is not high, and it can be mass-produced. After it is applied to labels such as laser anti-counterfeiting labels, it has more antistatic characteristics. This material is more suitable for the packaging market in the future. It can not only produce anti-static laser anti-counterfeiting labels, but also produce anti-static logistics packages. This nano cellulose will be the development trend of the packaging and label industry.