PET matte silver thermal paper may indeed generate static electricity during the printing process. This is mainly due to the combined effects of the material's inherent characteristics and environmental conditions.
Firstly, from the perspective of material properties, PET matte silver thermal paper is made of polymer materials, which typically have poor conductivity. Therefore, during the printing process, due to factors such as friction, charges are prone to accumulate on the surface of the paper, resulting in static electricity.
Secondly, environmental conditions also have a significant impact on the generation of static electricity. For example, in a dry environment, due to low air humidity, the moisture content on the surface of paper decreases, leading to an increase in its insulation performance and making it easier to generate static electricity. In addition, if the temperature in the printing workshop is high, it will also exacerbate the generation of static electricity.
To reduce the static electricity generated during the printing process of PET matte silver thermal paper, the following measures can be taken:
1.Adjusting environmental conditions: Increasing the humidity in the printing workshop, usually controlled at around 50%, can effectively reduce static electricity problems. Meanwhile, maintaining an appropriate temperature can also help reduce the generation of static electricity.
2.Using anti-static agents: Spraying anti-static agents on the surface of PET matte silver thermal paper can increase its conductivity and reduce the accumulation of static electricity. However, it is important to choose anti-static agents that match the paper material and strictly follow the instructions for use.
3.Choose high-quality paper: There are some high-quality PET matte silver thermal paper products on the market, which use special production processes and material formulas and have better anti-static performance. Choosing these products can to some extent reduce static electricity issues.
In summary, PET matte silver thermal paper may indeed generate static electricity during the printing process, but measures such as adjusting environmental conditions, using anti-static agents, and selecting high-quality paper can effectively reduce the generation and accumulation of static electricity.