What are RFID Laundry Tags?

Introduction

RFID (Radio Frequency Identification) laundry tags are RFID technology products used in the laundry industry. They are typically employed to track and monitor clothing throughout the laundering process, improving the efficiency and accuracy of laundry services.

These tags have several characteristics, including:

High-Temperature Resistance: Since laundering requires high-temperature disinfection and drying, RFID laundry tags must withstand high temperatures without damage.
Chemical Resistance: The tags need to resist the effects of detergents and other chemicals.
High Abrasion Resistance: During the laundry process, garments experience significant mechanical wear, so the tags must possess high durability.
Fast Reading: In automated laundry systems, RFID tags must be read quickly to increase processing speeds.

Using RFID laundry tags can achieve the following objectives:

Garment Classification: RFID tags allow laundry facilities to automatically identify and classify garments, enhancing classification accuracy.
Tracking Laundry Processes: RFID tags help laundry facilities track the laundry status of items in real-time, ensuring garments go through the correct washing processes at the right times.
Reduction of Human Errors: By automating the identification system, human errors in sorting and tracking garments can be minimized.

The Growing Role of RFID Technology in China's Laundry Industry

In China, the application of RFID technology in the laundry industry is becoming increasingly common, contributing to improved quality and efficiency of laundry services while promoting the intelligent development of the laundry industry.

RFID laundry tags can use various chips and materials, and the specific choice usually depends on application requirements and environmental conditions. Here are some commonly used chips and materials:

The most popular option is the 70x15mm non-woven RFID laundry tag, which utilizes the NXP U9 chip. This tag features a globally unique identification code and can withstand more than 200 industrial washing cycles. It can be detected by metal detectors and offers advantages such as thin thickness, long read distance, pressure resistance, and high-temperature tolerance.

Materials:

High-Temperature Resistant Materials: Such as non-woven fabric, PPS, or silicone materials, suitable for high-temperature washing and disinfection environments.

Conclusion

In summary, the integration of RFID technology in China’s laundry industry is enhancing operational efficiency and service quality. The use of durable tags, such as the popular 70x15mm non-woven RFID laundry tag with the NXP U9 chip, enables precise tracking and monitoring of garments, supporting the industry’s move towards intelligent automation. This development not only streamlines processes but also helps improve overall customer satisfaction.