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The difference between thermal synthetic paper and thermal paper

  1. Thermal synthetic paper

The surface of thermal synthetic paper is a very thick protective layer, and the bottom layer is a highly ductile tear-proof self-adhesive paper, which further improves its waterproof, oil-proof and wear-resistant properties, and also has strong tear and tensile resistance. Thermal synthetic paper has the characteristics of wear resistance, tear resistance and moisture resistance.

Thermal synthetic paper

The advantages of thermal synthetic paper can be divided into the following 7 points:

  1. High-quality thermal synthetic paper, high tear and tensile resistance;
  2. Waterproof, oil-proof and corrosion-resistant;
  3. Long storage time at room temperature, very slow fading;
  4. The collagen fibers on the self-adhesive label surface are uniform and have strong viscosity;
  5. The printing effect is clear and the color is mellow;
  6. You can take a pen and write the content directly on the thermal synthetic paper;
  7. It is easy to store before use, and the printed paper is not easy to fade, which greatly reduces the consumption of printing costs.
  8. Thermal paper

Alias ​​of thermal paper: thermal fax paper, thermal recording paper, thermal printing paper, and thermal carbon paper in Taiwan. Thermal paper is a kind of processed paper. Its manufacturing principle is to apply a layer of “thermal coating” (thermal color-changing layer) on high-quality base paper. There are two main thermal components of thermal paper coatings: one is colorless or hidden dye, and the other is a developer. This type of thermal paper is also called two-component chemical thermal recording paper.

Application of thermal paper in label printing: Thermal paper is divided into two types: with a protective layer and without a protective layer. The thermal layer is on the thermal layer. Its function is to protect the thermal layer, resist chemical corrosion, prevent label contamination (such as sweat stains on hands, blood stains on labels used in blood banks, etc.) and protect the print head. The thermal coating can be designed with different activation temperatures as needed to meet the needs of different printing performance.

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