Phomemo-compatible label papers for shipping label printer are primarily thermal paper, designed for various short-term label and receipt printing needs. This thermal paper offers certain durability and clear printing results but requires specific environmental conditions for usage and storage.
Below is a detailed description of the characteristics of this consumable:
1. Water, Oil, and Scratch Resistance
- Phomemo-compatible thermal paper is specially treated to be water-resistant, oil-resistant, and scratch-resistant, enabling labels to maintain clarity and durability in typical environments. These features are especially important in industries like logistics and retail, helping prevent labels from blurring due to contact with water or oil during transportation and storage.
The water-resistant feature refers to splash resistance only. It is not recommended for washing or use in high-humidity environments, as this may cause the printed content to fade. 2. Temperature Resistance Requirements
- Thermal paper performs well in a temperature range of 0-35°C. Under these conditions and with a relative humidity of RH 65±5%, single-layer and triple-layer thermal materials can retain print quality for 2-3 years. However, as Phomemo-compatible label papers lack high and low-temperature resistance, they are not recommended for use in extreme temperature conditions, such as cold storage or high-temperature environments.The durability of this material is limited in certain conditions, such as prolonged outdoor exposure or direct contact with water. Therefore, it is advisable for users to select appropriate materials based on the usage environment of the labels.
3. Material Characteristics
- Thermal paper for shipping label printers includes self-adhesive paper and thermal synthetic paper. Thermal synthetic paper also has a tear-resistant feature, making it suitable for high-strength labeling needs.
Phomemo thermal paper has been tested by professional organizations and does not contain harmful substances (BPA and BPS).
The following chemicals are commonly used in thermal paper:
Triphenylmethane dyes: color developers used in thermal paper. These compounds change color at high temperatures.
Phthalates: These chemicals are commonly used in plastics and coatings and may be used in some coatings of thermal paper.
Imides: As an environmentally friendly alternative, some thermal paper manufacturers use imides instead of bisphenols.
4. Storage Requirements
- To extend the lifespan of thermal paper label papers, it is recommended to store them in a cool, dry environment, avoiding exposure to sunlight, moisture, and high temperatures. Unused label papers should be sealed to prevent fading and discoloration due to humidity. Additionally, the printing surface should not come into contact with packing tape or plastic wrap to avoid chemical reactions that could affect print quality.
5. Packaging and Stacking Suggestions
- Rolled thermal paper should be stacked upright to minimize deformation due to lateral pressure, ensuring label flatness and clarity during printing.
6.FAQ
1. Can thermal paper be put into the ordinary paper recycling bin after use?
Thermal paper is usually not suitable for ordinary paper recycling bins. Because the surface of thermal paper is coated with a chemical coating for thermal reaction printing, it may contaminate the paper recycling process. If you want to dispose of waste thermal paper, it is best to dispose of it according to local garbage classification regulations. It should usually be disposed of as general garbage instead of paper recycling.