What are the advantages and disadvantages of three proof thermal paper?

Three proof thermal paper is a paper material with special functions, and its advantages and disadvantages are analyzed as follows:

Advantages

Three proof features: Three proof thermal paper has the functions of waterproofing, oil resistance, and abrasion resistance (also known as PVV or scratch resistance), which enables it to maintain the integrity and readability of labels in various environments.

Clear printing: The surface material of the three proof thermal paper has high smoothness and good glossiness, making it easy to print, and the printed text is clear, non fading, and does not accumulate carbon.

Strong adhesion: Three proof thermal paper uses hot melt adhesive, which has better initial adhesion and is mainly suitable for labeling substrates with uneven surfaces. It has strong adhesion and is not easy to peel off.

Protect the printer: When using three proof thermal paper for printing, the print head will not leave any marks, which helps to extend the service life of the printer.

High quality materials: Seven layers of materials (coating, surface material, resident agent, adhesive, silicon coating layer, base paper, and bottom layer) ensure the texture of the product.

Widely used: Three proof thermal paper is widely used in various fields that require short to medium time labels, such as frozen food labels, supermarket labels, express waybills, logistics waybills, milk tea labels, etc.

Disadvantages

Relatively high price: Compared to single proof thermal paper, the price of triple proof thermal paper is usually higher, which increases the cost of use.

Not completely waterproof or tear resistant: Although three proof thermal paper has waterproof function, it is still ordinary paper and cannot be completely waterproof or tear resistant. Meanwhile, prolonged exposure to high temperatures or sunlight may cause the font to dissipate.

In summary, three proof thermal paper has many advantages, but there are also some disadvantages. When choosing to use, it is necessary to weigh the specific application scenarios and requirements.