What issues should be paid attention to when purchasing thermal paper

Thermal paper is a common printing material, and its characteristic is that it can be directly printed by a thermal printer. Due to its easy handling and cost-effective features, thermal paper is widely used in various industries.

However, when choosing thermal paper, we also need to pay attention to the following issues:

1. Material: Different materials of thermal paper will result in different effects. Common thermal paper materials include lignocellulose paper, plastic composite paper, carbon-free composite paper, etc., among which carbon-free composite paper has better printing effect and water resistance. Therefore, when choosing thermal paper, it is necessary to choose the appropriate material according to actual needs.

2. Size: The size of thermal paper is also a problem that needs to be considered when purchasing. Different sizes of thermal paper are suitable for different size printers and printing needs. When choosing thermal paper, we need to choose the appropriate size according to actual needs.

3. Sensitivity: The sensitivity of thermal paper is also one of the important factors affecting the printing effect. Thermal paper with higher sensitivity requires lower temperature and time for printing, which can achieve faster and clearer printing effect. Therefore, when choosing thermal paper, choose the appropriate sensitivity according to actual needs.

4. Quality: The quality of thermal paper is directly related to the printing effect and service life. High-quality thermal paper has a smooth surface, uniform color, no burrs and wrinkles, and has good wear resistance, water resistance, and oxidation resistance. Therefore, when purchasing thermal paper, choose products with reliable quality.

In short, when purchasing thermal paper, we need to pay attention to the material, size, sensitivity and quality. Proper selection of thermal paper can effectively improve printing efficiency and quality, and meet the needs of different industries for printing materials.