Zebra Z-Perform 1000D blanco adhesivo permanente

Zebra Z-Perform 1000D labels are uncoated direct thermal paper labels with a permanent acrylic adhesive, designed for reliable everyday labelling. Each roll contains 3,100 labels sized 76 mm x 51 mm; a pack includes 18,600 labels in total. The rolls have a maximum outer diameter of 200 mm, and the product is compatible with a variety of direct thermal label printers for applications such as packaging, shipping and box identification. These labels are not recommended for prolonged exposure to sunlight or extreme heat.

Advantages

Uncoated direct thermal paper provides clear, immediate print without the need for ribbons. The permanent acrylic adhesive ensures strong attachment to common carton and paper surfaces. Large roll capacity reduces downtime for roll changes, and the standard label size (76 x 51 mm) fits many shipping and product identification workflows. The product balances dependable print performance with cost-effectiveness for high-volume labelling.

Suitable for

• Shipping and courier labels
• Box and carton identification
• Warehouse and inventory labelling
• Short-term retail or logistics tags

Key specifications

• Material: Uncoated direct thermal paper
• Adhesive: Permanent acrylic
• Label size: 76 mm × 51 mm
• Labels per roll: 3,100
• Labels per pack: 18,600
• Maximum roll diameter: 200 mm
• Weight (pack): 1.98 kg
• Manufacturer: Zebra
• MPN: 3005807
• EAN: 5711045750625

How to use

Install the roll into a compatible direct thermal printer following the printer manufacturer’s loading instructions. Configure the printer settings for direct thermal media and the label dimensions (76 × 51 mm). For best print quality, use clean printheads and perform regular maintenance as recommended by the printer manufacturer. Apply labels to clean, dry surfaces for optimal adhesion.

Recommendations

Do not use these labels where they will be exposed to prolonged sunlight, high temperatures or aggressive chemicals; such conditions can fade or degrade the direct thermal image and reduce adhesive performance.