Zebra 3200 Κηρού-ρητίνης θερμομεταφερόμενη μελανοταινία 450 m Μαύρο

The Zebra 3200 Wax-Resin thermal ribbon is formulated for use with Zebra thermal transfer printers to deliver sharp, long-lasting bar codes and text. This 450 m black ribbon with a width of 8.9 cm combines wax and resin properties to provide improved print clarity and durability on a range of label materials, including paper and synthetic stocks. It is chemical resistant on Zebra-approved papers and synthetics, smear- and scratch-resistant, and UL Recognized and CSA Component Acceptable when used with Zebra approved labels.

Advantages

The wax-resin formulation balances print quality and ruggedness, producing crisp bar codes while resisting smearing and scratching. Its chemical resistance on compatible Zebra label stocks extends label longevity in demanding environments. Compatibility with Zebra thermal transfer printers ensures consistent results, and the 450 m length reduces the frequency of ribbon changes.

Suitable for

• Printing bar codes and text on paper labels
• Printing on synthetic labels and durable tag materials
• Applications requiring chemical and abrasion resistance
• High-volume printing environments where long ribbon length is preferred

Key specifications

• Brand: Zebra
• Model: 3200 Wax-Resin
• MPN: 03200BK08945
• EAN: 5051964638315
• Color: Black
• Length: 450 m
• Width: 8.9 cm
• Type: Wax-resin thermal transfer ribbon

How to use

Install the ribbon in a compatible Zebra thermal transfer printer following the printer manufacturer’s instructions. Load labels that are approved for use with Zebra 3200 ribbons for best chemical resistance and adhesion. Adjust printer settings (print speed and heat) to match the ribbon and label material for optimal print density and barcode readability. Replace the ribbon when the printed output shows fading or drop in quality.

Recommendations

Use this ribbon primarily with Zebra-approved label stocks and follow Zebra guidelines for printer settings to achieve certified UL/CSA performance and maximum durability in chemically or physically demanding applications.