Z-ULTIMATE 2000T BRANCO V. REVESTIDO 76,2X13,9MM RFID 1500/ROLO 2/CAIXA

Built for high-speed RFID asset tracking, these Zebra Z-Ultimate 2000T labels deliver UHF Gen2 performance across 860–960 MHz, with a durable varnish-coated synthetic face that withstands chemicals, abrasion, and outdoor exposure. Each 76.2 x 13.9 mm white label carries a permanent adhesive and comes 1,500 per roll, two rolls per box—3,000 labels ready for inventory, supply chain, and asset management workflows.

Overview

The Zebra Z-Ultimate 2000T is a thermal transfer RFID label engineered for demanding identification tasks. Its synthetic 2000T material resists tearing and harsh environments, while the varnish coating protects printed data from smudging and wear. The integrated UHF RFID inlay supports EPC Gen2 protocols, enabling fast, accurate reads even in dense tag populations. With a 76.2 mm (3-inch) core, these rolls fit standard industrial printers, and the compact 13.9 mm height suits narrow-edge labeling on cartons, shelves, and assets.

What stands out

• UHF Gen2 RFID (860–960 MHz) for long-range, multi-tag reading
• Varnish-coated 2000T synthetic face: chemical, abrasion, and weather resistant
• Permanent adhesive bonds securely to metal, plastic, and painted surfaces
• High yield: 1,500 labels per roll, 2 rolls per box (3,000 total)
• Thermal transfer printing for crisp, durable barcodes and text

Technical details

• Label dimensions: 76.2 mm width × 13.9 mm height
• Material: 2000T synthetic (thermal transfer)
• Coating: Varnish
• Adhesive: Permanent
• Core diameter: 76.2 mm (3 inches)
• RFID standard: UHF Gen2
• Frequency range: 860–960 MHz
• Print technology: Thermal transfer
• Labels per roll: 1,500
• Rolls per box: 2
• Total labels per box: 3,000
• Applications: Asset tracking, inventory management, supply chain

Our verdict

For organizations needing reliable RFID labeling in tough conditions, the Zebra Z-Ultimate 2000T offers a proven combination of durability, print quality, and RFID performance. Its varnish coating and synthetic substrate ensure labels remain legible and scannable throughout the asset lifecycle, reducing re-labeling costs and improving data accuracy.