TOSHIBA Ετικέτα θερμικής μεταφοράς Premium

High-volume labeling operations often suffer from smudged barcodes, adhesive failure, or ribbon incompatibility—issues that disrupt shipping, inventory, and product identification. These premium thermal transfer labels eliminate those risks with a coated paper face, permanent acrylic adhesive, and a wax/resin ribbon recommendation for crisp, durable prints on Toshiba TEC printers.

Who is it for

Warehouse managers, logistics coordinators, and production supervisors who need reliable, high-clarity labels for shipping cartons, pallet tags, inventory bins, and product ID. Ideal for businesses running Toshiba TEC B-EX4T1, B-SX5T, or similar thermal transfer printers at medium to high volumes.

Main features

• Thermal transfer printing on white matte coated paper—sharp text and barcodes with wax/resin ribbon.
• Permanent acrylic adhesive bonds securely to corrugated cardboard, plastic, and polybags.
• Generous 102 x 152 mm size fits shipping labels, product tags, and bin locations.
• 1000 labels per roll on a 76 mm (3-inch) core; outer roll diameter 210 mm.
• Temperature resistance from -20°C to +80°C; good humidity resistance for varied environments.
• Glassine liner with 150 µm total thickness ensures smooth feeding and easy peeling.

Specifications

• Print technology: Thermal transfer
• Label material: Coated paper (white, matte finish)
• Adhesive: Permanent acrylic
• Label width: 102 mm
• Label length: 152 mm
• Labels per roll: 1000
• Core diameter: 76 mm (3 inches)
• Outer roll diameter: 210 mm
• Perforation: No
• Recommended ribbon: Wax/resin
• Temperature resistance: -20°C to +80°C
• Material thickness (including liner): 150 µm
• Liner material: Glassine
• Grade: Premium
• Compatibility: Toshiba TEC thermal transfer printers (e.g., B-EX4T1, B-SX5T)

Tips

For maximum durability on rough surfaces, pair with a resin-enhanced ribbon. Store unused rolls in a cool, dry place to preserve adhesive tack. Test on your specific substrate before full deployment—acrylic adhesive excels on cardboard and many plastics but may not suit low-energy surfaces like untreated polypropylene.