UHF RFID Woven Label
Description:
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Physical Specifications: |
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Model |
ASZ4529 |
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Material |
Fabric |
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Size |
45*29 mm |
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Thickness |
0.3 mm |
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RFID Specification: |
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Standard |
EPC global Gen2 ISO/IEC 18000-6c |
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Frequency |
860-960 MHz |
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Chip |
M730 |
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EPC |
128 bits |
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USER |
None |
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Reading Range |
3-6 meters |
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Data Retention |
>10 years |
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Write Cycles |
100,000 times |
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Application |
Garment lifecycle management Retail inventory tracking Anti-counterfeiting and brand authentication Return and recycling management |
The production of an RFID woven label typically involves the following steps:
1. Inlay Preparation
A UHF RFID chip is bonded onto an antenna made of aluminum or conductive thread.
The inlay is tested for electrical performance and tag sensitivity.
2. Encapsulation
The RFID inlay is encapsulated using TPU (Thermoplastic Polyurethane) or PA (Polyamide) film to provide waterproofing, flexibility, and heat resistance.
This step protects the electronic components from moisture, detergent, and mechanical stress during washing or ironing.
3. Lamination or Embedding
The encapsulated RFID inlay is heat-laminated or woven into the fabric label structure.
In woven integration, conductive threads may even be woven directly as part of the antenna pattern.
4. Finishing
The label is cut, folded, or laser-trimmed to the desired size (e.g., 45*29 mm).
Optional printing, serialization, or logo weaving can be added.
Each finished label undergoes reading performance tests and durability verification (washing, bending, and temperature resistance).

A fashion retailer tags every garment with a UHF RFID woven label.
In the modern fashion and apparel industry, efficient inventory management is crucial.
Traditional barcode-based systems require manual scanning, which is time-consuming and error-prone.
By contrast, RFID (Radio Frequency Identification) technology enables automatic, fast, and accurate tracking of every garment item throughout its entire lifecycle-from production and warehousing to retail display and sales.
How RFID woven label tracking garment:
Each piece of clothing is equipped with a UHF RFID woven label.
This label stores a unique electronic ID number (EPC) that identifies the item.
Tag Encoding & Attachment.
During production, an RFID woven label is encoded with product data (style, size, color, SKU), then sewn to the garment.
Receiving & Storage
When goods arrive at a distribution center or retail store, RFID readers automatically identify all tagged garments in seconds. The system instantly updates inventory records-no need to scan barcodes one by one.
In-Store Inventory Counting
Staff can use handheld RFID readers to perform a full stock count in minutes. The reader scans hundreds of clothings simultaneously, even without line-of-sight.
Sales Floor Monitoring
Fixed RFID antennas installed at entrances or fitting rooms can detect garment movement-helping retailers know which items are tried on, misplaced, or sold.
Point of Sale & Replenishment
When a garment is sold, the system automatically updates inventory and triggers restock alerts. Integration with ERP or POS systems allows real-time inventory visibility across all stores.
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