In industrial laundry and textile rental management, achieving efficient and accurate asset tracking has long been a challenge. Whether for hotel linens, medical textiles, police uniforms, or industrial workwear, these items undergo rigorous processes including repeated high-temperature washing, high-pressure treatment, and disinfection. Traditional identification methods tend to wear off or detach under such conditions, while rigid RFID tags can damage fabrics and fail to meet softness and comfort requirements. Therefore, the Textile Laundry RFID Tag, with its soft, durable and stable performance characteristics, brings a revolutionary intelligent management solution to the global laundry industry. Made from a textile-based material, the tag is soft and non-abrasive to fabrics. It can be securely embedded into various textiles via stitching or label-pocket installation, ensuring it stays in place through repeated washing, ironing, and sterilization. The tag complies with global communication standards EPC Class1 Gen2 and ISO18000-6C, supports the full 845–950MHz frequency band, and is compatible with readers worldwide—truly enabling “one tag, global use.”
In terms of performance, the tag is equipped with the high-performance NXP Ucode9 chip (customizable options available) and offers 96-bit EPC memory with a data retention period of 20 years. It withstands 200 cycles of 90℃ washing, 200 cycles of 30-minute pre-drying at 180℃, 200 cycles of 10-second ironing at 180℃, and 200 cycles of 20-minute disinfection at 135℃, and is also compatible with medical MRI testing environments. Uniquely, it can endure pressure peaks of up to 60 Bars and remains operational in extreme temperatures ranging from -40℃ to +85℃.
The RFID tag delivers excellent read performance: over 8 meters with fixed readers and more than 5 meters with handheld devices. It comes with 200 industrial wash cycles and can be customized in size, chip selection, and surface design to meet the needs of various industries—from linen rental and uniform management to hospitals, railways, firefighting, and more—where softness, pressure resistance, and long-term identification are essential.
