13.56Mhz F08 RFID Tag Coated Paper NFC Anti Metal Label Stickers for Identification

RFID Anti-Metal Tags:

It is encapsulated with special anti-magnetic absorbing materials. Through the medium that isolates it from the metal and using the metal as a reflecting surface, it weakens the interference of the metal surface on the radio frequency signal. By optimizing the internal antenna design, it effectively prevents the interference of the metal on the radio frequency signal, enabling the tag to maintain good radio frequency performance on the metal surface.

Features:

- Strong Anti-interference Ability: It can work normally in complex environments, avoiding the interference of the metal on the signal. The reading distance when attached to the metal is farther than that in the air.

- Stable Performance: It has the characteristics of being waterproof, acid-proof, alkali-proof, and collision-proof, and can be used in harsh environments such as outdoors and at high temperatures.

- Multiple Functions: It supports special processes such as barcodes, writing the UID internal code, laser coding, etc., and can achieve functions such as asset tracking, anti-counterfeiting traceability, and access control management.

Application:

Logistics and Warehousing Management: It is used to track metal pallets, shelves, containers and other items, realizing efficient logistics management and inventory checking.

- Manufacturing Industry: It tracks and manages the production of metal parts, improving production efficiency and product traceability.

- Asset Management: It ensures that the location and status information of metal assets can be accurately tracked and recorded, such as metal equipment and pipelines.

- Medical Field: It manages metal medical equipment such as X-ray machines and surgical instruments, and can also be used to track drugs to ensure quality and safety.

Materials: 

Mainly including PET, coated paper, PVC, FPC, etc., and absorbing materials will also be added to achieve the anti-metal function.

Specification: