Zebra 10007801-6 Custom Thermal Transfer Label Roll

Overview

The Zebra 10007801-6 is a custom-configured label roll engineered for high-volume warehouse, logistics, and asset-tracking operations. This thermal transfer label media is specified as a 2x1 inch format printed on polypropylene (PP4T) substrate with a 4030 pound per roll capacity rating. Built for direct integration into Zebra thermal printers, the 10007801-6 delivers consistent print quality and reliable adhesion across temperature-controlled and demanding warehouse environments.

Key Features

Custom 2x1 Inch Format: Optimized label size for compact barcode, RFID, and serial number encoding without sacrificing readability

Polypropylene (PP4T) Substrate: Durable, moisture-resistant material suitable for exposure to oils, solvents, and temperature fluctuations common in distribution centers

Thermal Transfer Printing: Produces crisp, high-contrast barcodes compatible with 1D/2D scanning systems across supply chain networks

4030 lb Per Roll Capacity: High-yield roll configuration reduces changeover frequency and labor downtime in continuous labeling operations

Zebra-Certified Compatibility: Engineered and tested for seamless performance with Zebra thermal printer platforms

Professional Print Adhesion: Polypropylene formulation ensures labels remain securely affixed during transit, storage, and handling cycles

Integration & Compatibility

The Zebra 10007801-6 (often searched as 10007801 6) integrates directly into Zebra thermal transfer printer systems. Its polypropylene construction and thermal transfer specification align with standard Zebra roll-fed printing workflows. Organizations operating Zebra printer fleets for shipping label, pallet, and asset tag printing can deploy this stock without firmware or driver modifications. The 4030 lb roll rating accommodates high-throughput environments where label consumption rates demand extended print runs between media changes.

Typical Applications

This label roll is commonly deployed in warehouse management systems, cross-dock facilities, parcel sorting operations, retail distribution centers, and logistics provider networks. The 2x1 format supports barcode densities suitable for carton-level tracking, bin identification, and asset management workflows. The polypropylene substrate withstands exposure to temperature swings, moisture, and chemical residues encountered in dock areas, refrigerated zones, and outdoor staging yards.

Marty Allison

Perspective based on aggregated IP Security Depot and affiliated engineering team experience.

As a systems engineer who has specified thermal label media for distribution operations, the Zebra 10007801-6 presents a straightforward consumables choice for organizations already committed to Zebra printer infrastructure. The custom 2x1 polypropylene roll with a 4030 lb capacity is oriented toward mid-to-large volume printing environments where label throughput demands consistent, predictable media performance.

Technical Highlights:

Substrate Material: Polypropylene (PP4T) formulation resists moisture, oils, and mild chemical exposure—critical for dock and warehouse zones where label durability directly impacts barcode scan reliability.
Roll Capacity Rating: The 4030 lb per roll specification indicates a high-yield configuration, minimizing media changeover intervals and reducing labor overhead in continuous labeling workflows.

Deployment Considerations:

Verify your Zebra thermal transfer printer model supports 2x1 label dimensions and polypropylene media specifications before ordering in volume.
Test a pilot batch with your intended barcode content and scanning infrastructure to confirm print quality meets readability thresholds across your capture equipment.

For organizations with established Zebra printer deployments and consistent high-volume labeling requirements, the 10007801-6 offers a predictable consumables sourcing strategy. Polypropylene durability and the 4030 lb roll capacity align well with operations that cannot tolerate frequent media changes or label failures in high-throughput zones.