Performance Label Materials

Nylon Label, Nomex Tags for Wire, Wire Bundle & Cable Marking Applications

Polyonics has added two thermal transfer printable Nomex® flame retardant tag materials to our product line for wire and cable identification. The XF-650 (White) and XF-651 (Yellow) are extremely durable 12 mil tag materials designed to be dot matrix, impact or thermal transfer printable. These self-extinguishing materials exhibit excellent tear and solvent resistance used for wire bundle and cable identification tag use in harsh environments. The temperature range for these materials is from -40° to 267°F (-40°-130°C).

The XF-300, XF-301 & XF-302 are 5 mil, coated nylon cloth label materials. These materials have a permanent pressure sensitive acrylic adhesive and a high opacity, matte white colored top coat specifically designed for thermal transfer, dot matrix or write-on (e.g. ballpoint pen) printing. These materials are very flexible and conformable and work very well on irregular surfaces. This makes Polyonics’ nylon labels the ideal choice for wire marking or other round surfaces such as cables and tubing. They are not recommended for outdoor use. These nylon materials have a temperature rating of -40° to 293°F (-40°-145°C).

The XF-301 is UL & CUL approved and comes with a 1 mil adhesive, while the XF-300 has a 2mil adhesive and does not have any UL recognition.

The XF-302 is a lower cost solution to the XF-300 & 301that offers the same performance characteristics.

Polyonics' nylon labels and Nomex® tags are compliant with the specifications set forth by REACH, RoHS, and are Halogen free. For more information regarding this product line contact a technical expert at info@polyonics.com or call (603)352-1415.

Application Suggestions for the Nylon Label Products Cable marking Laboratory identification Terminal marking Tubing Electronic insulating materials Vial or slide labeling	Features of the Nomex® Tags Wire bundle and cable identification Flame retardant properties Resists solvents, oils and chemicals Extreme durability Durable materials with multiple print technologies