Zebra Z-Perform 1000D vit permanentlim

Zebra Z-Perform 1000D labels are uncoated direct thermal paper labels with a permanent acrylic adhesive. Sized at 51 mm x 25 mm and supplied on rolls containing 5,860 labels (10 rolls per pack, 58,600 labels total), these labels are designed for high-volume direct thermal printing and general-purpose identification tasks such as packaging, shipping and box labeling. They offer reliable print quality for short- to medium-term indoor use but are not suitable for prolonged exposure to sunlight or extreme heat.

Advantages

These Z-Perform 1000D labels provide a cost-effective option for high-volume label runs, featuring a permanent adhesive for secure attachment and consistent direct thermal printability on uncoated paper. The roll format and large label count per pack reduce media changes and downtime.

Suitable for

• Packaging and shipping labels
• Box labeling in warehouses
• Logistics and pallet identification for indoor use
• Retail shelf and price labeling (short-term)

Key specifications

• Product: Label Permanent Adhesive Zebra Z-Perform 1000D
• Material: Uncoated direct thermal paper
• Adhesive: Permanent acrylic
• Label size: 51 mm x 25 mm
• Labels per roll: 5,860
• Rolls per pack: 10 (total labels per pack: 58,600)
• Maximum roll diameter: 20 cm
• Brand: Zebra
• MPN: 3004996
• EAN: 4054318625833
• Weight (pack): 1.32 kg

How to use

Load the roll into a compatible direct thermal label printer (ensure the printer supports 51 mm x 25 mm labels and the maximum roll diameter of 20 cm). Adjust printer settings for direct thermal media and uncoated paper to optimize print contrast. Feed the label so the thermal side faces the print head, run a test print to confirm alignment and print quality, then proceed with production printing.

Recommendations

Store labels in a cool, dry place away from direct sunlight and high temperatures. Use these labels for indoor applications and short- to medium-term identification; avoid exposure to prolonged sunlight, high heat, or oily/chemical environments to maintain print legibility and adhesive performance.