RFID Woven Tag R6P 68x32mm (10 pieces)
The RFID Woven Label R6P 68x32mm is a durable, flexible and professional solution for textile identification. The label is made of woven textile and can be easily sewn into clothing, uniforms or linens. With its robust finish and reliable performance, the label remains legible even after hundreds of washing and drying cycles. Ideal for applications in laundries, hospitals, hotels and garment production.
What is an RFID Woven Label R6P
An RFID woven label is a textile tag in which an RFID chip is incorporated invisibly into the fabric. This keeps the tag flexible, comfortable and fully suitable for use in clothing or washable textiles. The integrated R6P chip offers high reading accuracy, excellent bulk processing performance and a wide reading range.
The R6P chip operates on UHF frequency (860-960 MHz) and complies with EPC Gen2 / ISO 18000-6C standard. With 96-bit EPC memory and expandable user memory, this label is ideal for automated textile management, inventory tracking and traceability.
Applications of the RFID Woven Label R6P
The RFID Woven Label R6P 68x32mm is widely used in industries where textile management is essential. In industrial laundries, the label helps identify and track garments, towels and sheets. In the healthcare industry, it makes inventory management of uniforms and bedding more efficient.
This label is also used in the fashion industry for product recognition and quality control. Each garment gets a unique ID, making return management and production planning easier. The woven structure also provides a professional finish befitting high-quality textiles.
Durable design and delivery
The RFID Woven Label R6P 68x32mm is made of strong, flexible textile material that can withstand high temperatures and intensive industrial use. The chip remains well protected from heat, moisture and mechanical stress.
NFC World supplies the RFID Woven Label R6P 68x32mm as standard in sets of ten, ready for professional use immediately. Companies appreciate this label for its durability, high read reliability and compatibility with existing UHF systems.