Thermal transfer ribbon TSC 8550-SWR wax/resin 83 mm × 450 m

TSC 8550-SWR is a wax/resin thermal transfer ribbon with an 83 mm roll width and 450 m length. It is designed for durable printing on coated papers and synthetic labels, offering improved resistance to scratches and smudging compared with standard wax ribbons. The ribbon fits printers that support an 83 mm ribbon width and a 25.4 mm core, suitable for midrange and high-end thermal transfer printers used for moderate-resolution, long-run label jobs.

Advantages

The wax/resin formulation provides enhanced scratch and smudge resistance while maintaining good print density on coated paper and synthetic materials. Its 450 m length reduces roll changes in continuous label production, and the 25.4 mm core and 83 mm width ensure compatibility with printers that accept standard European core sizes. The product delivers consistent barcode and text quality for inventory, shipping and product identification labels.

Suitable for

• Product labels on coated paper
• Synthetic labels and durable tags
• Shipping and logistics labels
• Inventory and barcode labeling

Key specifications

• Model: TSC 8550-SWR (MPN P159069-001)
• Type: Wax/Resin thermal transfer ribbon
• Roll width: 83 mm
• Length: 450 m
• Core diameter: 25.4 mm
• Colour: Black
• Compatible printers: Midrange/high-end thermal transfer printers supporting 83 mm ribbons

How to use

Install the ribbon on a compatible thermal transfer printer with an 83 mm ribbon path and a 25.4 mm core holder. Thread the ribbon according to the printer manufacturer's instructions, making sure the ink side faces the label stock. Adjust printer settings (print speed and darkness) for the label material and test a sample print to verify barcode readability and print quality.

Usage recommendations

Use this wax/resin ribbon for labels that require improved resistance to abrasion and smearing compared with standard wax ribbons; for maximum durability on synthetic materials consider resin ribbons if chemical or extreme abrasion resistance is necessary.