The UHF RFID Jewelry Tag (Perforated Matte PET Label) is designed for high-precision tracking of jewelry and small valuable items in retail and warehouse environments. It enables fast, contactless identification, helping businesses improve inventory accuracy and operational efficiency.

Built with durable PET material and optimized UHF RFID technology, this tag is ideal for demanding retail environments where speed, accuracy, and reliability are essential.

Key Features

• Supports UHF frequency (860–960 MHz)
• Compliant with EPC Gen2 / ISO 18000-6C standards
• Durable matte PET material for long-term use
• Perforated design for easy attachment to jewelry items
• Supports barcode, QR code, and EPC encoding
• High-speed multi-tag reading capability
• Passive RFID (no battery required)

Applications

• Jewelry inventory management
• Luxury goods tracking (rings, necklaces, watches, gemstones)
• Retail store stock control systems
• Warehouse and logistics management
• Anti-theft and product traceability solutions
• E-commerce fulfillment optimization

Benefits

Using RFID jewelry tags significantly improves inventory accuracy and reduces manual labor. With batch scanning capability, hundreds of items can be read within seconds, helping businesses save time and reduce stock errors.

This makes it an ideal solution for modern retail environments that require speed, accuracy, and scalability.

Technical Specification

FAQ – RFID UHF Jewelry Tags：

1. What is an RFID UHF jewelry tag used for?

RFID UHF jewelry tags are used to track and manage jewelry inventory such as rings, necklaces, bracelets, and watches. They enable fast, contactless scanning, making inventory counting more accurate and efficient compared to manual methods or barcodes.

2. How does the RFID jewelry tag work?

Each tag contains a UHF RFID chip that stores a unique EPC (Electronic Product Code). When scanned by an RFID reader, the tag transmits its data wirelessly, allowing multiple items to be identified instantly without line-of-sight scanning.

3. What is the difference between RFID tags and barcode labels?

Unlike barcode labels that require one-by-one scanning, RFID tags can be read in bulk from a distance. This allows businesses to scan hundreds of jewelry items in seconds, significantly improving efficiency and reducing human error.

4. What frequency does this RFID jewelry tag use?

This tag operates in the UHF frequency range of 860–960 MHz, compatible with global RFID standards including EPC Gen2 / ISO 18000-6C.

5. Can these RFID tags be used on all types of jewelry?

Yes. These tags are designed for various jewelry items including rings, earrings, necklaces, bracelets, watches, and other small luxury goods. The perforated design allows easy attachment.

6. What material is the RFID jewelry tag made of?

The tag is made of durable matte PET material, which provides good resistance to wear, moisture, and handling in retail environments.

7. Do I need a battery for RFID jewelry tags?

No. These are passive RFID tags, which means they do not require a battery. They are powered by the electromagnetic field of the RFID reader.

8. What is the reading distance of UHF RFID jewelry tags?

The reading distance depends on the RFID reader and environment. Typically, UHF RFID tags can be read from 1 to 6 meters, and even further with high-performance readers.

9. Can the tags be printed with barcode or QR code?

Yes. These RFID jewelry tags support dual encoding, including EPC data, barcode, and QR code printing for hybrid inventory systems.

10. Are these RFID jewelry tags reusable?

Generally, they are designed for single-use attachment in retail inventory systems, but they can be reused in controlled environments depending on application requirements.

11. What industries use RFID jewelry tags?

They are widely used in:

• Jewelry retail stores
• Luxury goods inventory management
• Warehouse logistics
• Anti-theft tracking systems
• E-commerce fulfillment centers

12. Can RFID jewelry tags improve inventory accuracy?

Yes. RFID systems can achieve over 99% inventory accuracy, significantly reducing missing items, miscounts, and manual tracking errors.