Tag UHF

The very robust RFID Tag UHF Laundry Tag 5815 (Model: 10-Laundry5815) is intended for use in textile or non-metallic applications. It has three frequency options—FTSI, FCC, and CHN—that may be adjusted to meet various regional usage needs. The tag has undergone extensive testing to ensure 100% operation and can resist over 200 washing cycles due to thorough material and design reliability testing. We also provide specialized size services. It can be pasted at pressures of up to 60 bar because to its soft material and compact internal module. Sewing stable fixation is also supported. You should use this laundry tag for your textile management.

Advantages

Outstanding robustness, capable of withstanding over 200 washing cycles.
Extensive reliability testing has been conducted on materials and designs.
Every label undergoes comprehensive functional testing to guarantee optimal functionality.

Main features:

Size may be adjusted to suit the demands of the client and is adaptable to different application circumstances.
To adjust to a high-temperature washing environment, choose materials that can withstand high temperatures.
Support barcodes with laser engraving for simple tracking and administration.
Design that is waterproof to guarantee regular functioning in a variety of settings.

Application areas:

Enhance the effectiveness of industrial cleaning while streamlining administrative procedures.
Manage a lot of uniforms with ease by keeping track of them.
Medical clothes management: make sure healthcare facilities are hygienic and clean.
Management of military clothing: increase the effectiveness of military supply management.
Real-time tracking of patrol personnel’s whereabouts and conditions is known as personnel patrol management.

Characteristic

Notes:

• The metal wire and chip module must not be harmed during the stitching process.
• The reading performance of various gadgets varies.
• A poor hot stamping result may occur during hot installation if the temperature drops below 210°C or the pressure drops below 0.6 MPa.