Zebra Z-Ultimate 3000T λευκή αυτοκόλλητη ετικέτα

Zebra Z-Ultimate 3000T White is a topcoated white gloss polyester thermal transfer label stock designed for high-quality thermal transfer printing. The roll contains 2,779 labels with dimensions 76.2 mm × 50.8 mm and a core diameter of 7.6 cm. These durable labels feature a high-strength permanent acrylic adhesive and are UL approved and CSA recognized, suitable for environments with heat, abrasion or chemical exposure.

Advantages

The topcoated gloss polyester face delivers clear, crisp small fonts and machine-readable bar codes when used with Zebra Resin ribbons. The material provides outstanding scratch and smear resistance and strong long-term adhesion due to the permanent acrylic adhesive. Certification by UL and recognition by CSA confirm suitability for demanding industrial and medical applications.

Suitable for

• Outdoor asset tracking
• Sterilization and labeling of hospital equipment
• Industrial environments with heat, abrasion or chemical exposure
• Applications requiring durable barcodes and small-font text

Key specifications

• Material: Topcoated white gloss polyester
• Printing method: Thermal transfer (recommended Zebra Resin ribbons)
• Adhesive: High-strength permanent acrylic
• Certifications: UL approved, CSA recognized
• Label size: 76.2 mm × 50.8 mm
• Labels per roll: 2,779
• Core diameter: 7.6 cm
• Colour: White

How to use

Install the roll into a compatible thermal transfer printer and use recommended Zebra Resin ribbons for optimal print quality and durability. Configure printer settings for polyester label stock and adjust print contrast for small fonts and bar codes. After printing, apply labels to clean, dry surfaces and press firmly to ensure full contact and adhesion.

Recommendations

For best results in harsh environments, pair these labels with Zebra Resin ribbons and store rolls in a cool, dry place away from direct sunlight. Test adhesion on the target substrate before full-scale application, especially on plastics or painted surfaces.