Toshiba Ετικέτες χαρτιού Transfer Standard Λευκό μόνιμο 950 ετ. πυρήνας

High-volume labelling often means juggling smudged prints, peeling edges, and labels that fade before the package reaches its destination. These Toshiba thermal transfer labels solve that with a permanent acrylic adhesive and a coated paper face that locks in crisp, durable print—barcode after barcode, box after box.

Who is it for

Warehouse teams, logistics operators, and retail back offices that rely on Toshiba thermal transfer printers. If you print shipping labels, inventory tags, or product identification in medium to high volumes, these rolls keep your workflow moving without constant reloads or reprints.

Main features

• Permanent acrylic adhesive bonds securely to cardboard, poly mailers, and most packaging surfaces, resisting lift and curl.
• Coated paper face delivers sharp, high-contrast print when paired with wax, wax/resin, or resin ribbons.
• 950 labels per roll minimise changeovers and keep printer downtime low.
• Precision 50 x 25 mm size fits standard shipping and product labelling layouts.
• 25.4 mm (1 inch) core diameter ensures smooth feeding in Toshiba B-FV4T, B-EX4T, and compatible thermal transfer printers.
• Matte finish reduces glare, making barcodes and text easy to scan even under warehouse lighting.

Specifications

• Label dimensions: 50 mm width x 25 mm height
• Labels per roll: 950
• Core diameter: 25.4 mm (1 inch)
• Material: Coated paper
• Adhesive: Permanent acrylic
• Print technology: Thermal transfer (ribbon required)
• Finish: Matte
• Shape: Rectangle with rounded corners
• Service temperature range: -20°C to +80°C
• Minimum application temperature: +5°C
• Compatibility: Toshiba thermal transfer printers (B-FV4T, B-EX4T series and similar)

Tips

For maximum durability, match the ribbon to your environment: wax for standard shipping, wax/resin for added smudge resistance, and resin for exposure to chemicals or extreme temperatures. Always test a small batch before running large print jobs to confirm adhesion on unusual surfaces.