What performance indicators should be considered when choosing long-lasting three proof thermal paper?

When choosing long-lasting three proof thermal paper, attention should be paid to the following performance indicators:

1、 Basic three defense performance

Waterproof performance:

Importance: In humid environments, the waterproof performance of paper directly affects the clarity and readability of labels.

Attention: The paper should be able to maintain clear handwriting, without blurring or spreading after contact with water.

Oil resistance performance:

Importance: In industries such as catering and food processing, labels may come into contact with oils and fats, and their oil resistance ensures that the labels are not corroded by oil stains.

Focus: Paper should be able to resist the penetration of grease, maintain a clean surface, and have clear handwriting.

Anti friction/scratch performance:

Importance: Labels may be subject to friction or scratching during use, and the anti friction performance ensures the durability of the label.

Attention: The surface of the paper should be sturdy, not easily worn or scratched, and ensure that the handwriting remains clear for a long time.

2、 Durability and endurance

service life:

Importance: The lifespan of a label directly affects its economy and practicality.

Focus: Choose long-lasting three proof thermal paper that can maintain clarity and readability for a long time, and is not easily faded.

Light resistance:

Importance: Under lighting conditions, the light resistance of paper affects its storage time and handwriting clarity.

Attention: Paper should be able to resist the erosion of ultraviolet rays and maintain clear handwriting even after prolonged exposure to sunlight.

Heat resistance:

Importance: The heat resistance of paper ensures its stability in high temperature environments.

Focus: Choose long-lasting three proof thermal paper that can maintain clear handwriting and deformation under high temperature conditions.

3、 Printing performance

Print clarity:

Importance: Clear printing results help improve customer experience and reduce scanning errors.

Focus: The paper should be able to support high-quality printing, ensuring clear and readable barcodes and text.

Printing speed:

Importance: In an efficient work environment, printing speed directly affects work efficiency.

Focus: Choose long-lasting three proof thermal paper that supports high-speed printing to improve work efficiency.

compatibility:

Importance: Different brands and models of printers may have specific requirements for paper.

Focus: Ensure that the selected paper is compatible with the printer being used to avoid issues such as paper jams and unclear printing.

4、 Environmental protection and sustainability

Environmentally friendly materials:

Importance: With the increasing awareness of environmental protection, choosing long-lasting three proof thermal paper made of environmentally friendly materials has become a trend.

Focus: Choose paper made from recyclable or biodegradable materials to reduce its impact on the environment.

Non toxic and harmless:

Importance: Ensure that paper is harmless to human health during production and use.

Focus: Choose long-lasting three proof thermal paper that has passed relevant safety certifications, such as SGS, RoHS, etc.

5、 Other performance indicators

Dimensions and specifications:

Importance: Different application scenarios have different requirements for paper size and specifications.

Focus: Choose the appropriate size and specifications based on actual needs to ensure the applicability and aesthetics of the label.

Price and cost-effectiveness:

Importance: Price is one of the important factors that affect purchasing decisions.

Focus: While paying attention to performance, we should also consider price factors and choose long-lasting three proof thermal paper with high cost-effectiveness.

In summary, when choosing long-lasting three proof thermal paper, the above performance indicators should be comprehensively considered, and appropriate choices should be made based on actual needs and usage scenarios.