EAS garment tags are commonly used in retail environments to prevent product theft. In order to ensure the effectiveness and long-term stability of the labels, the materials of these labels need to be able to adapt to various environmental conditions, ensuring that they can work properly in different usage scenarios. The following are the main environmental conditions that EAS clothing label materials need to adapt to:
1. Temperature changes
EAS garment tags are often exposed to different temperature environments, especially in clothing stores, where temperatures may fluctuate significantly due to seasons or the use of air conditioning equipment. The label material must be able to withstand high and low temperatures to avoid label damage or loss of function due to temperature changes.
Low temperature adaptation: Labels need to maintain normal operation in cold environments.
High temperature adaptation: Labels should also be stable in high temperature environments to avoid deformation of plastic materials due to heat.
2. Humidity and moisture
The material of EAS tags needs to have strong water resistance to prevent damage or short circuits in humid environments. Especially during the cleaning process of clothing, the label may be exposed to water, so its waterproof performance is crucial.
Moisture resistance: The label should avoid moisture infiltration to prevent circuit short circuits or label failure.
Water resistance: able to withstand humidity and water contact during clothing cleaning.
3. Chemicals and cleaning agents
Cleaners and chemicals are common in retail and clothing store environments. EAS garment tag materials need to have certain resistance to these substances to avoid corrosion and damage from chemicals.
Chemical corrosion resistance: The label surface must have the ability to resist chemical substances to ensure long-term use.
Oil and stain resistance: The material should be able to resist contamination from oil stains, detergents, etc., without affecting the label function.
4. Ultraviolet radiation
EAS tags may be exposed to sunlight, so they need to have UV resistance to avoid fading, aging, or damage to the tag material caused by UV exposure.
UV resistance: The material should be able to prevent the impact of ultraviolet rays on its performance, avoiding label color fading or structural degradation.
5. Physical impact and friction
Labels will face physical impacts during the process of being removed, moved, bundled, and tried on from the shelf. The label material needs to have a certain degree of impact resistance and wear resistance to ensure that it is not easily damaged or lose its function.
Scratch resistance: The surface material needs to prevent wear or scratches and maintain a clean appearance.
Impact resistance: Labels should be able to withstand impacts or impacts that may occur during transportation, handling, or sales.
6. Long term durability
The durability of EAS tags is crucial for long-term use, and the tag material needs to be able to maintain its anti-theft function for a long time without being affected by external environmental factors.
Long term stability: The material should not experience performance degradation over time, such as battery failure, chip aging, and other issues.
7. Anti interference capability
EAS tags need to avoid external electromagnetic interference or radio waves to ensure that they can function properly in the anti-theft system of the store.
Anti interference: The tag should be able to work stably in various environments, especially when there are other electronic devices present inside the store, to avoid interference.
8. Environmental requirements
Modern consumers are increasingly concerned about environmental protection, and the material of EAS tags should meet environmental standards such as recyclability, harmlessness, and low pollution.
Summary: The material of EAS garment tags needs to maintain efficient and stable working performance under various environmental conditions. They must have characteristics such as temperature resistance, moisture resistance, chemical corrosion resistance, UV resistance, wear resistance, and electromagnetic interference resistance to ensure that they can effectively perform anti-theft functions for a long time in various retail environments. Meanwhile, environmental protection and sustainable development have gradually become important considerations when choosing materials.