What materials are used to make all resin carbon ribbon?

The all resin carbon ribbon is mainly composed of the following materials:

Synthetic resin: This is the main component of all resin carbon ribbon, providing high strength, abrasion resistance, high temperature resistance, and corrosion resistance. Synthetic resin is a polymer material with excellent physical and chemical properties that can stably transfer ink to labels during the heat transfer process.

Belt base: Full resin carbon belts typically use thin and sturdy polyester or other high-density materials as the belt base to support the ink layer and ensure stability and durability during the printing process. The base also serves to protect the ink layer, enhance adhesion with the printed material, and prevent static electricity and friction.

Bottom coat: A layer of bottom coat will be applied to the front surface of the substrate to ensure uniform ink color and complete ink transfer during the printing process. The bottom coating can also enhance the adhesion between the ink layer and the substrate, improving the printing effect.

External coating: A layer of external coating is also applied on the ink layer to protect the ink and enhance the adhesion between the printed material and the ink during printing. The outer coating can prevent the ink layer from falling off or blurring during the printing process, ensuring the clarity and readability of the printed content.

Back coating: The back of the base is usually coated with a layer of back coating to prevent static electricity, uniform heat, and reduce friction, thereby protecting the print head and extending its service life. The back coating can also improve the smoothness of the carbon ribbon, making the printing process smoother.

In summary, all resin carbon ribbon is composed of various materials such as synthetic resin, ribbon base, bottom coating, outer coating, and back coating. These materials work together to give all resin carbon ribbons excellent properties such as high strength, abrasion resistance, high temperature resistance, and corrosion resistance, making them widely used in various printing scenarios that require high durability labels.