Zebra 5095 HighPerformance pellicola per stampa termica resina 450 m nero

The Zebra 5095 HighPerformance Resin thermal ribbon delivers high-density barcode and high-resolution graphic printing on a variety of label materials, from matte to gloss synthetics. The 450 m black ribbon is formulated for outstanding print quality, durability and chemical resistance. It is UL recognized and CSA component acceptable when used with compatible Zebra medias and printers.

Advantages

The resin formulation produces crisp, high-contrast barcodes and fine graphics with good resistance to abrasion and many chemicals. A 450 m length reduces media changes in high-volume environments. The ribbon is compatible with a broad range of Zebra label stocks and many Zebra thermal transfer printers, ensuring consistent results across applications.

Suitable for

• High-density barcode labels
• Durable product and inventory identification
• Medical and laboratory labels that require chemical resistance
• Labels on synthetic materials (gloss and matte)
• Applications requiring long runs without ribbon changes

Key specifications

• Brand: Zebra
• Model: 5095 HighPerformance Resin
• MPN: 05095BK04045
• EAN: 5711045680649
• Colour: Black
• Length: 450 m
• Width: 40 mm
• Ribbon type: Resin (thermal transfer)
• Certifications: UL recognized; CSA component acceptable with specified medias

How to use

Install the ribbon in a compatible thermal transfer printer following the printer manufacturer’s loading instructions. Use with recommended Zebra medias such as Z-Ultimate, PolyPro and other listed stocks for optimal adhesion and durability. Adjust printhead pressure and temperature settings as needed to achieve the best print density and edge definition for barcodes and graphics.

Recommendations

Use with the listed recommended media (for example Z-Ultimate 3000T, PolyPro 3000T and similar stocks) and supported Zebra printers to maintain UL/CSA component status. Test print settings on the chosen label material to confirm resistance and readability under the target environmental and chemical exposures.