Laminated RFID Hang Tags
- Economical, durable and easy to use
- Available with custom colors
- Single or double sided
- Indoor or outdoor use
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Description
Specially laminated hang tags survive harsh environments similar to much more expensive RFID tags. The rigid polyester construction coupled with a special heavy duty laminate guarantees moisture and UV resistance. Temperature resistance tested to 180ºF.
Lowest Priced Durable RFID
The RFID hang tag is an economical outdoor durable RFID tag. To get the same combination of solvent, temperature, and UV-resistance in a standard RFID tag you would normally have to pay much more.
Flexible Attachment
The WF-SM-17 Laminated RFID Hang Tag can be attached using wires through pre-drilled holes. This RFID tag can also come with copper eyelet bracing on the holes for more durable attachment. Another available attachment option is 3M heavy duty permanent adhesive.
Additional information
| Model Number | WF-SM-17 Laminated RFID Hang Tag |
|---|---|
| Applications | Identification Labeling, Power Equipment Labeling, Small Engine Labeling, Asset Marking, Asset Tracking, High Temperature, Outdoor Use |
| Size | 4.25” x 3.25” x 0.015" |
| Temperature Service Range | -40°F to 200°F |
| Water Resistance | Excellent |
| Solvents Resistance | Good |
| Abrasion Resistance | Fair |
| Impact Resistance | Good |
| Adhesive | Permanent Acrylic |
| Adhesion | Adhesion to HSE Plastics: Very Good, Adhesion to LSE Plastics: Fair, Adhesion to Steel at 72 hr. dwell: Excellent |
| Minimum Application Temperature | 50° F |
| Shelf Life | Completely Stable, Stored at 70F and 50% Relative Humidity |
RFID Performance
| RFID Protocol | UHF EPC Class 1 Gen 2 |
| Tag Type | Passive Read/Write |
| Frequency Range | 860 – 960 MHz (Global) |
| EPC Memory | 96 bits |
| IC | Alien® Higgs® 3 |
*Other single record and dual record chips available.
Tested Polarization:
Tag performance was experimentally measured in an anechoic chamber with a known set of experimental variables. The antenna used for measurements was linearly polzarized 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. Actual read ranges may differ depending on conditions such as environment, tag placements, hardware, etc.
