Common Requirements

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.