Description

Battery self-adhesive label raw materials are a kind of surface material that can be retracted and deformed (in which the axial deformation exceeds the radial deformation). Utilizing the characteristics of heat shrinkable film, the printed labels can be heated on both sides after being pasted on the automatic labeling machine, and the naked dry cell is wrapped in the middle after shrinking and deformation to form a complete dry cell finished product.

Battery labels are self-adhesive labels attached to carbon-zinc batteries, alkaline batteries, rechargeable batteries, mobile phone batteries, dry batteries, fuel cells and other batteries. Battery labels are now widely used in the electronic and electrical industry. Battery labels are made of high-quality materials and glue, with high-strength adhesion, no warping, no falling off, and strong stability. After high and low temperature resistance tests, they can be used normally in an environment of -40℃ to 250℃. Battery labels have a waterproof and oil-proof protective film to protect the printed content, which can play a role in scratch resistance and wear resistance, making the label more durable and more shiny and textured. Battery labels can adopt a wrapping design to protect the battery. Today's battery labels must also meet increasingly stringent environmental protection requirements.

Material selection: PET, PVC, PC, PI polyimide, aluminum-plated self-adhesive, synthetic paper, etc.;

Key Feature

The materials usually used for AAA battery labels include polyester, polyurethane, PVC, etc. with the following characteristics:

Abrasion resistance, not easy to fall off

AA battery labeling materials need to have strong abrasion resistance characteristics to avoid labeling due to long-term friction and fall off or damage.

High temperature and chemical corrosion resistance

Because AA batteries usually need to be used in high temperature or chemical containing environments, the labeling material needs to have strong high temperature and corrosion resistance to avoid the information on the label being damaged or peeled off due to the environment.

Easy to print and labeling

AA battery labeling materials need to have easy to print characteristics to ensure that the information on the label is clearly visible. At the same time, the labeling material also needs to be easy to label, and can ensure that the adhesive properties of the label, to avoid the label falling off due to poor labeling. In short, AA battery labeling materials need to have abrasion resistance, high temperature resistance, corrosion resistance, easy to print and easy to labeling characteristics to ensure the durability of the label and the reliability of the information.

What should I pay attention to when pasting the labels?

When pasting a tire label, follow these guidelines:

1. Clean the surface: Ensure the tire surface is clean and free of dirt, grease, or residue to maximize label adhesion.
2. Apply pressure: Press the label firmly onto the tire surface to ensure a strong bond.
3. Avoid stretching or distortion: Handle the label carefully to maintain its integrity and readability.
4. Align correctly: Make sure the label is properly aligned with the tire design, ensuring a professional appearance.
5. Inspect for quality: Regularly inspect labels to ensure they remain legible, intact, and effective throughout the tire's lifespan.