
1. Core Components & Specifications
1.1 Face Materials: Selection Criteria
Thermal Paper (Direct Thermal):
Advantage: Eliminates the need for printer ribbon, offering operational simplicity and cost efficiency for high-volume printing.
Consideration: Susceptible to fading over time when exposed to heat, direct sunlight, or chemical abrasion. Ideal for short-term applications such as shipping documents and internal tracking where longevity is not a primary concern.
Coated Paper (Requires Ribbon):
Advantage: Delivers superior print durability, with excellent resistance to smudging and environmental factors. Produces high-contrast, scannable barcodes essential for permanent inventory identification and asset tracking.
Consideration: Involves the ongoing cost and handling of printer ribbons.
1.2 Adhesive Technologies: Performance & Application
Permanent Adhesive (Hot Melt):
Profile: Provides high initial tack and strong ultimate adhesion to a variety of corrugated cardboard and shipping box surfaces.
Application: The standard choice for general logistics and parcel shipping. Optimal for most warehouse and distribution environments.
High-Temperature Resistant Adhesive:
Profile: Formulated to maintain integrity and prevent oozing or label loss in high-temperature environments, such as during summer transport or in storage facilities without climate control.
Application: Critical for supply chains operating in hot climates or for goods subject to temperature fluctuations.
1.3 Form Factor: Operational Efficiency
Rolls:
Best For: Automated application systems, high-speed industrial printers, and environments where space optimization is critical.
Fanfold (Shelf-Fold):
Best For: Manual application settings, desktop printing, and operations requiring frequent label changes. This format minimizes curling and reduces the risk of printer jams.
1.4 Standard Packaging: 500 Labels per Pack
A 500-label pack represents an optimal balance for initial procurement, quality testing, and ongoing inventory management. It facilitates efficient stock rotation, minimizes storage footprint, and serves as a practical consumption unit for many small to medium-sized operations.
2. Strategic Procurement Guidelines
To optimize your procurement process, we recommend the following steps:
Define Primary Use Case: Determine whether the labels are for short-term shipping documentation (favoring Thermal Paper) or permanent inventory identification (favoring Coated Paper).
Assess Environmental Exposure: Evaluate the entire logistics chain for potential exposure to heat, moisture, and abrasion. This assessment is crucial for selecting the correct adhesive and face material combination.
Verify Printer Compatibility: Confirm that your printing hardware is configured for either direct thermal or thermal transfer (ribbon-based) technology.
Evaluate Operational Workflow: Align the label form factor with your application process. Automated systems typically require rolls, while manual stations benefit from the convenience of fanfold packs.
Implement a Quality Assurance Protocol:
Request Samples: Prior to bulk ordering, obtain production samples for real-world testing. Key tests should include print quality, barcode scannability, adhesive performance, and durability under expected conditions.
Supplier Qualification: Partner with suppliers who demonstrate consistent quality, reliable delivery, and the ability to provide technical data sheets for their products.
Initial Order Quantity: Beginning with a 500-label pack per variant is a strategic approach for field validation before committing to larger, more cost-effective volumes.

Conclusion
The 100x150mm logistics label is a critical component in a seamless supply chain. A strategic procurement approach, based on a clear understanding of material properties and operational requirements, ensures reliability, efficiency, and cost-effectiveness. We recommend a pilot program with shortlisted products to finalize your specification.