A white top-coated polyethylene facestock that provides superb flexibility for labelling curved or rough surfaces whilst offering minimal resistance to scratching and smearing. Tear and water-resistant, this label material can be used in a wide range of applications including packaging labels, pallet wrap labels, product and shelf edge labelling for indoor and outdoor use.
A polyimide facestock designed to withstand temperatures of up to 500°C. Offering excellent chemical resistance these are designed for high-temperature industrial applications such as printed circuit board labelling.
Premium, bright white, ultra smooth paper facestock specially coated to provide optimal performance. Available in direct thermal and thermal transfer.
White polyolefin facestock providing minimal resistance to scratching and smearing. Offering includes semi-rigid and flexible materials for use on rough or curved surfaces. Available in thermal transfer.
Gloss polyester facestock that provides unparalleled smear and scratch resistance, resistance to moderate chemicals and up to 3 years outdoors. Available in thermal transfer in white, silver and clear. Offering includes standards, high-tack and removable adhesives.
A matte polyester facestock with excellent smear and scratch resistance, excellent resistance to harsh chemicals and high temperature exposure.
Ensure the optimal balance of price and performance with standard, bright white, smooth, uncoated paper. Ideal for printing barcode labels and tags for indoor use. Suitable for use in a wide range of applications including packaging, shipping and box labels.
IQ COLOUR PAPER
Standard, bright white smooth paper facestock that has the ability to print vibrant colour on demand in pre-defined zones to be used as a visual cue. Available in direct thermal.
White matte polypropylene facestock that provides the best all-around performance for most applications. Offers some flexibility for labelling curved surfaces. Resistant to scratching and smearing. Available in thermal transfer and direct thermal.