BOPP synthetic label paper supports thermal printing. The following is a detailed explanation of the relationship between BOPP synthetic label paper and thermal printing:
1、 Characteristics of BOPP synthetic label paper
BOPP (Biaxially Oriented Polypropylene) synthetic label paper is a material with excellent physical properties and chemical stability. It combines the tensile strength and thermal stability of BOPP film, as well as the rapid color development characteristics of thermal paper. This material not only has good waterproof, oil resistant, and weather resistant properties, but also supports high-quality printing effects.
2、 The principle of thermal printing
Thermal printing is a technology that uses a heated print head to chemically react the coating on thermal paper, resulting in the display of images and text. This printing method has the advantages of fast speed, low noise, and easy operation, and is widely used for printing various labels, receipts, and receipts.
3、 Compatibility between BOPP synthetic label paper and thermal printing
BOPP synthetic label paper undergoes special treatment to enable its surface coating to have a good chemical reaction with the thermal print head. During the heating process, the chemical substances in the coating will undergo color changes, resulting in clear images and text. Therefore, BOPP synthetic label paper has good compatibility with thermal printing technology.
4、 Application scenarios
BOPP synthetic label paper has a wide range of applications in the field of thermal printing. For example, in the retail industry, it is often used to print price tags and promotional information; In the logistics industry, it can be used to print express waybills and transportation labels; In the medical field, it can be used to print drug labels and patient information labels, etc. These application scenarios fully demonstrate the compatibility and practicality of BOPP synthetic label paper with thermal printing technology.
In summary, BOPP synthetic label paper supports thermal printing and has demonstrated good printing performance and durability in practical applications.