Put your short description here; used for first paragraph and abstract.
- Label Facestock
-
- Thermal Transfer printing mode – Coated label facestock designed
for thermal transfer printing (Fasson Thermal Transfer 1C media or equivalent).
- Direct Thermal printing mode – Coated label facestock designed
for direct thermal printing (Fasson DirectTherm 200HD or equivalent).
- Liner
- 40 # bleached calendared kraft stock.
- Adhesive
-
- Permanent Acrylic or rubber based adhesives are acceptable.
- Adhesive interface to liner shall be uniform and exhibit the same release
characteristics along the full length of the label.
- Perforations Between Labels
- Per your requirements with the exception that there are no perforations
for Peel Mode.
- Roll Configurations
-
- Inside core diameter: 3 inches
- Outside roll diameter: 8" maximum
- Label wind direction - label side out with the orientation as shown in
the figure for the tag you are using:
- 64 Bit, EPC Class 1, Squiggle Antenna
- 64 Bit, EPC Class 1, M-Tag Antenna
- 96 Bit, EPC Class 1, Squiggle Antenna
- 915 MHz, EPC Class 1, Aliena M-Tag Antenna
- 915 MHz, EPC Class 1, Omron Wave Antenna
- 915 MHz, EPC Class 1, Rafsec 432 Antenna
- EPC Class 1, Rafsec 478 Antenna
- Class Zuma, Impinj Propeller Antenna
- 915 MHz, Class 0+, Matrics Four T (Dual Dipole) Antenna
- 96 Bit, UColde 1.19, Rafsec 450 Antenna
- 96 Bit, UCode 1.19, KSW PH58 Antenna
- General
-
- Roll to be wound with sufficient tension to prevent telescoping during
transit and handling.
- Splices to use clear tape, should be angled and placed under the labels
and not between.
- Tag Programming
- Optional enhancement as a guideline for maximum production throughput,
program all good tags with a leading hex value of X'A5A5'.
- Packaging and Handling
-
- RFID labels are static sensitive devices and should be package and handled
accordingly.
- Avoid storing labels in elevated temperature environment.