How to Choose the Right Material and Printing Method for Logistics and Express Delivery Labels? A Guide to Material Selection for eCommerce Logistics
💡 💡 At a Glance
Material Comparison, Printing Method Selection, and Common Problem Solutions for Logistics and Express Delivery Labels
Last week, an e-commerce logistics client asked me: "I ship 5,000 logistics labels every day. Which material and printing method is the most cost-effective?"
I said: "It depends on your scenario—3 types of logistics + 4 materials + 4 printing methods. Choose correctly and you can save 30%."
He said, "3 types of logistics?"
I said: "E-commerce / Warehousing / Cold chain—the requirements for these 3 scenarios are completely different. This article won't talk about 'what is a shipping label'—instead, it covers 3 scenarios + 4 materials + 4 printing methods + 5 steps for material selection + 3 cost-saving tips."
3 Logistics Scenarios
Scenario 1: E-commerce Logistics (Most Common)
3 Characteristics:
- 100-10,000 orders per day
- Short-term turnover (1-3 months)
- Cost-focused
3 Typical Requirements:
- Express shipping labels (thermal paper)
- Product labels (coated paper)
- Shipping manifests (A4 paper)
Recommendation: Thermal paper (most economical)
Scenario 2: Warehouse Logistics (Long-term)
3 Characteristics:
- High SKU count (100+)
- Long-term storage (1-3 years)
- Traceability-focused
3 Typical Requirements:
- Shelf labels (synthetic paper)
- Incoming barcode labels (thermal transfer)
- Batch labels (synthetic paper + serial numbers)
Recommendation: Synthetic paper + thermal transfer
Scenario 3: Cold Chain Logistics (Low-Temperature Resistant)
3 Characteristics:
- Cold storage at -20°C
- Low-temperature resistant + waterproof
- Adhesive-focused
3 Typical Requirements:
- Frozen product labels (synthetic paper + freezer adhesive)
- Cold storage shelf labels (PET + freezer adhesive)
- Delivery shipping labels (synthetic paper + waterproof film)
Recommendation: Synthetic paper + freezer adhesive
Comparison of 4 Materials
| Material | Cost | Durability | Water Resistance | Application |
|---|---|---|---|---|
| Thermal Paper | 0.05-0.1 CNY | 1-3 Months | Poor | Short-term E-commerce |
| Coated Paper | 0.1-0.2 CNY | 3-12 Months | Poor | General E-commerce |
| Synthetic Paper | 0.3-0.5 CNY | 1-3 Years | Excellent | Warehousing / Cold Chain |
| Specialty Material | 0.5-1 CNY | 3-5 Years | Superior | Special Scenarios |
4 Logistics Printing Methods
Printing 1: Thermal Printing (Most Commonly Used)
3 Features:
- No ink / no ribbon required
- Instant printing (1 sec / label)
- Lowest cost (0.05-0.1 RMB/label)
3 Scenarios:
- E-commerce shipping labels
- Express delivery labels
- Weighing labels
Representative Models: Zebra GK888t, Brother QL-820NWB
Printing 2: Thermal Transfer Printing (Warehouse Preferred)
3 Features:
- Ribbon-heated transfer printing
- Durability 5+ years
- Medium cost (0.2-0.5 RMB/label)
3 Scenarios:
- Warehouse shelf labels
- Batch traceability
- Asset labels
Representative Models: Zebra ZT410, TSC TTP-2410M Pro
Printing 3: Inkjet Printing (Flexible)
3 Features:
- Color + flexible
- Medium cost (0.3-0.5 RMB/label)
- Slow speed (10-30 labels/hour)
3 Scenarios:
- Small-quantity color printing
- Variable data
- Small-batch testing
Printing 4: Flexographic Printing (Roll Form Large Batch)
3 Features:
- Roll-form high speed
- Large batch (100,000+)
- Low cost (0.05-0.1 RMB/label)
3 Scenarios:
- Large-scale e-commerce
- Logistics companies
- Express delivery industry
Comparison of 4 Printing Methods
| Printing Method | Speed | Cost | Durability | Application |
|---|---|---|---|---|
| Thermal | 1 sec/label | 0.05-0.1 | 1-3 months | E-commerce |
| Thermal Transfer | 2 sec/label | 0.2-0.5 | 5+ years | Warehousing |
| Inkjet | 10-30 sec/label | 0.3-0.5 | 1-3 years | Color |
| Flexographic | 10000+/hour | 0.05-0.1 | 1-3 years | Mass production |
5-Step Material Selection Process
Step 1: Clarify the Logistics Scenario
3 Categories:
- E-commerce (short-term + high volume)
- Warehousing (long-term + multiple SKUs)
- Cold chain (low temperature + waterproof)
Step 2: Select the Material
3 Categories:
- Short-term turnover (thermal paper / coated paper)
- Mid-term storage (synthetic paper)
- Long-term archiving (PET / specialty)
Step 3: Select the Printing Method
3 Categories:
- Fewer than 100 sheets per day—thermal
- 1,000+ sheets per day—thermal transfer
- 100,000+ sheets per month—flexographic
Step 4: Select the Adhesive
3 Categories:
- E-commerce (standard permanent adhesive)
- Warehousing (permanent adhesive + high tack)
- Cold chain (freezer adhesive)
Step 5: Testing + Ordering
3-Step Verification:
- Test scan rate of 100%
- Test durability for 1–3 months
- Place bulk order of 1,000+ sheets
3 Tips to Reduce Logistics Label Costs
Tip 1: Bulk Purchasing
3 Tiers of Cost Reduction:
- 500 sheets: 0.1 yuan per sheet
- 5,000 sheets: 0.07 yuan per sheet (-30%)
- 50,000 sheets: 0.04 yuan per sheet (-60%)
Tip 2: Replace Thermal Transfer with Direct Thermal
Comparison:
- Direct thermal 0.05-0.1 yuan / sheet (short-term 1-3 months)
- Thermal transfer 0.2-0.5 yuan / sheet (long-term 5+ years)
50% cost reduction, but with poor durability
Tip 3: Replace Single Sheets with Roll Form
20% cost reduction:
- Single sheets: 0.1 yuan / sheet
- Roll form: 0.08 yuan / sheet (-20%)
If you'd like to explore post-press processes — refer to the 3 label post-press processes, or directly contact a LeXiang Packaging consultant, and you'll receive a logistics label solution + quote within 24 hours.
FAQ
What materials are used for logistics and express labels?
3 logistics scenarios + 4 materials: (1) General e-commerce — coated paper + thermal paper (cheapest at 0.05-0.1 RMB/sheet); (2) Durable warehousing — synthetic paper + matte lamination (durable at 0.3-0.5 RMB/sheet); (3) Cold chain & cold storage — synthetic paper + freezer adhesive (low-temperature resistant at 0.5-1 RMB/sheet). 4 material comparison: thermal paper (short-term 1-3 months) / coated paper (mid-term 3-12 months) / synthetic paper (long-term 1-3 years) / specialty materials (special scenarios). 3 material selection guidelines: (1) Choose thermal for short-term turnover; (2) Choose coated paper for mid-term storage; (3) Choose synthetic paper for long-term archiving.
What printing methods are used for logistics labels?
4 logistics printing methods: (1) Thermal printing — ink-free + on-demand printing (general e-commerce, lowest cost); (2) Thermal transfer — ribbon + weather-resistant + durable (top choice for warehousing); (3) Inkjet printing — color + flexible (small batches); (4) Flexo printing — roll-form high-volume + high-speed (100,000+ sheets/month). 3 selection guidelines: (1) E-commerce under 100 sheets — thermal; (2) Warehousing 1,000+ sheets — thermal transfer; (3) Logistics 100,000+ sheets — flexo. 3 core indicators: speed (sheets/hour) + clarity (300-600 DPI) + durability (1-5 years).
How to print barcodes on logistics labels?
5 steps to print barcodes: (1) Select barcode type — EAN-13 (domestic) / UPC-A (North America) / Code 128 (warehousing); (2) Select print resolution — minimum 300 DPI (99% recognition rate); (3) Calibrate printer — regularly inspect print head; (4) Test scan rate — sample 10 sheets and scan 100 times; (5) Monitor scan failure rate — if > 0.1%, investigate. 3 common issues: (1) Barcode too dense (scaling < 80%); (2) Dirty print head (clean regularly); (3) Poor label paper quality (choose branded thermal paper). Recommend testing scan rate with every new batch.
How to reduce logistics label costs?
3 ways to reduce logistics label costs: (1) Bulk purchasing — over 5,000 sheets reduces unit price by -30% (e.g., 0.1 RMB → 0.07 RMB); (2) Thermal replacing thermal transfer — per-sheet cost -50% (e.g., 0.2 RMB → 0.1 RMB), but lower durability; (3) Roll-form replacing single sheets — roll-form unit price -20% (e.g., 0.1 RMB → 0.08 RMB). 3 cost-reduction principles: (1) Choose thermal for short-term turnover (cheapest); (2) Choose thermal transfer for long-term durability (performance first); (3) Evaluate total cost by scenario. 3 areas where costs cannot be cut: (1) Scan rate cannot be reduced (affects sorting efficiency); (2) Durability cannot be reduced (affects traceability); (3) Tear resistance cannot be reduced (affects transport).
What to do when logistics labels fail to scan?
3-step troubleshooting for scan failures: (1) Check label — barcode clarity + quiet zone ≥ 10× bar width + contrast ≥ 75% PCS; (2) Check printer — clean print head + ribbon tension + temperature calibration; (3) Check scanner — laser focus + distance 5-30 cm + angle < 30°. 3 common causes: (1) Barcode too dense — scaling ratio 80-200%; (2) Label reflection — use matte lamination instead of glossy; (3) Print head aging — replace regularly (every 1 million sheets). 3 emergency solutions: (1) Backup scanner; (2) Manual entry (emergency); (3) Reprint label.
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