RFID Wire Laundry Tag
360 Degree Read Profile, Versatile Attachment, Chemical & Solvent Resistant, Waterproof
RFID Wire Laundry Tag
RFID Wire Laundry Tags from William Frick & Company make it easy to count and track garments, towels, robes and other items. These discreet wire tags can be sewn into the seams and hems of garments, blankets and other products to make it easier to keep track of inventory. Resistant to high temperatures, water and solvents, RFID Wire Laundry Tags survive frequent runs through the washing machine. They are a great choice for clothing tracking, housekeeping inventory and uniform tracking, making them useful for the hospitality and garment industries. Because of their unique design, they can provide a 360° read profile to reduce orientation sensitivity.
Embeddable RFID
The core of this RFID wire laundry tag is a small rugged circuit board with a metal wire antenna. More durable than inlay tags, wire-based tags combine strength with flexibility. A variety of encapsulations are available: high temperature Teflon or silicone, durable vulcanized rubber, and integrated cable ties.
- 360° read profile
- Easily hidden in clothing, towels, robes, blankets
- Versatile attachment methods
- Harsh environment RFID tags
- High temperature RFID tags
Applications
Material
Description
SM-CC71 RFID Wire Laundry Tag
| Dimensions: | 6" x 0.125" |
| Available Colors: | Yellow, custom colors available |
| Operating Temperature: | -40ºF to 400ºF (-40ºC to 200ºC) |
| Water Resistance: | Excellent |
| Solvent Resistance: | Excellent |
| Abrasion Resistance: | Excellent |
Flexible wire tag can be discreetly attached to a variety of products
RFID Performance
Providing products with relevant frequencies to different countries or regions
| RFID Protocol: | UHF EPC Class 1 Generation 2 |
| Tag Type: | Passive Read/Write |
| Frequency Range: | 860 ~ 960 MHz (Global) |
| IC | Alien Higgs 3 - 480 Bits |
| NXP - 512 Bits | |
| UPM Raflatac - 96 Bits |
Tested Polarization:
Tag performance was experimentally measured in an anechoic chamber and a known set of experimental variables. The antenna used for measurements was linearly polarized and of monostatic configuration. The direction of tested polarization is as follows.
Optimal Read Range* on Different Material Surfaces:
*Tag performance was measured free of material influence, on a dry wood, window glass, thermoplastic, and steel slabs. Actual read ranges may differ depending on conditions such as environment, tag placements, hardware, etc.
Adhesive
CC-71 Embeddable RFID Wire Tag
Mechanical Attachment (stitched in, clips, hooks, wire zip tie, etc.)
Shelf Life
Stored at 70F / 50% Relative Humidity
Stable at room temperature
Design
