The definition of colored thermal sensitive synthetic paper is a special type of paper that combines a specific substrate and thermal sensing technology. Specifically:
1、 Definition
Color thermal sensitive synthetic paper is a type of paper made by using BOPP (biaxially oriented polypropylene film) as the substrate and coating it with a color thermal sensitive material containing a thermal agent. This type of paper, through thermal printing technology, can quickly produce color images or text when heated, without the need for ink or ribbon, thus achieving fast and instant printing effects.
2、 Material composition
Substrate: BOPP film, with high tensile strength, impact strength, rigidity, toughness, and good transparency, is an ideal substrate choice. BOPP film undergoes biaxial stretching process to make its molecular chain arrangement more orderly, thereby improving the physical properties and chemical stability of the material.
Thermal sensitive material: It is a key part of color thermal sensitive synthetic paper for achieving thermal printing, containing chemical substances with thermal agents, usually in the form of microcapsules or dyes. When the thermal print head applies heat to the paper, the thermal agent quickly undergoes a chemical reaction, causing a color change and forming a colored image or text on the paper.
3、 Characteristics and applications
Characteristics:
Capable of producing rich color images or text.
Has excellent physical properties and chemical stability.
Has good printing adaptability.
We pay attention to environmental protection and sustainability in the production and use process, which is pollution-free and the materials can be recycled and reused.
Applications: Mainly used in situations where real-time printing of color images or text is required, such as receipts in the retail industry, labels in the logistics industry, and ordering in the catering industry.
In summary, colored thermosensitive synthetic paper is a special type of paper that combines BOPP film substrate and thermosensitive sensing technology, with multiple advantages and a wide range of application fields.