| 1. Match the board to the shipping risk |
Single-wall corrugated board |
Provides cushioning and stacking strength for routine parcel handling. |
Suitable for light to medium apparel loads when the box is properly sized. |
Paper-based and commonly recyclable where local recycling systems accept corrugated packaging. |
T-shirts, sweaters, jeans, and standard e-commerce orders. |
Choose the board grade according to product weight, box dimensions, and expected distribution conditions. |
| 2. Use extra layers for heavier shipments |
Double-wall corrugated board |
Offers greater compression and puncture resistance than typical single-wall construction. |
Better suited to heavier contents, stacking, and longer distribution routes. |
Uses more material than single-wall board, so it should be reserved for situations where its added performance is needed. |
Bulk apparel orders, footwear combined with clothing, and warehouse shipments. |
Request compression and edge-crush specifications from the converter rather than selecting by thickness alone. |
| 3. Select a premium surface when presentation matters |
Folding carton paperboard, such as coated or uncoated solid bleached board |
Protects products from dust and light handling damage but provides less cushioning than corrugated board. |
Rigid and easy to crease, but generally less suitable for heavy stacking or rough parcel handling. |
Paper-based; recycling can be affected by extensive plastic lamination, metallic finishes, or attached components. |
Retail presentation boxes, folded shirts, accessories, and gift packaging. |
Use coating and finishing only where they support the required appearance or resistance. |
| 4. Consider recycled fiber content |
Recycled-content corrugated or paperboard |
Can provide effective protection when the selected grade meets the box’s compression and handling requirements. |
Performance varies with fiber quality, moisture exposure, board grade, and box design. |
Reduces dependence on virgin fiber; recycled content and recyclability should be confirmed with the supplier and local rules. |
Most apparel shipping and presentation applications where verified recycled content is available. |
Ask for the percentage of post-consumer recycled content and technical test data for the finished box. |
| 5. Add cushioning without excessive plastic |
Molded fiber or molded pulp inserts |
Holds garments or accessories in position and helps limit movement inside the box. |
Suitable for shaped support, although it may lose strength if exposed to significant moisture. |
Fiber-based and often recyclable; coatings, adhesives, and mixed-material attachments may change disposal options. |
Gift sets, garments with fragile accessories, and organized premium unboxing. |
Design the insert around the actual product to avoid unused material and unnecessary box volume. |
| 6. Use paper cushioning for void filling |
Kraft paper, crinkle paper, or honeycomb paper wrap |
Reduces product movement and helps protect folded apparel from surface abrasion. |
Performs well for light cushioning but is not a substitute for a strong outer shipping box. |
Paper-based options can simplify material separation compared with mixed plastic cushioning. |
Small gaps, gift presentation, and apparel boxes requiring lightweight interior protection. |
Use only the amount needed to stop movement; overfilling increases material use and packing time. |
| 7. Protect against moisture appropriately |
Corrugated box with a separate inner moisture barrier |
Helps keep garments dry during short-term exposure to humidity or incidental moisture. |
The outer box still loses strength when thoroughly saturated; no paper box is fully waterproof without a suitable barrier. |
A separate barrier may complicate recycling if it is permanently bonded or made from a different material. |
Rain-prone delivery routes, international shipping, and moisture-sensitive textiles. |
Choose a removable or easily separable barrier and verify its disposal instructions. |
| 8. Reduce damage caused by poor sizing |
Right-sized die-cut corrugated or paperboard box |
Limits shifting, folding pressure, and empty-space collapse during handling. |
A correctly sized box can maintain its shape with less internal filler and fewer stress points. |
Uses less board and filler per order and can reduce unused shipping volume. |
Folded apparel, subscription shipments, and standardized product assortments. |
Measure the packed product, not just the garment, including tissue, inserts, and closure space. |
| 9. Design for repeated handling |
Rigid setup box or reinforced corrugated mailer |
Provides a stable structure and helps prevent crushing during repeated opening, closing, or presentation. |
Rigid boxes are strong for presentation; reinforced mailers offer a lighter option for routine shipping. |
Reusable construction can extend service life, but rigid boxes may use more material and require more storage space. |
Luxury apparel, returns programs, and packaging intended for reuse. |
Specify a durable closure and inspect hinge, corner, and lid areas through opening-cycle testing. |
| 10. Verify the complete packaging system |
Compatible combination of box, insert, tissue, label, and adhesive |
System-level performance depends on how every component fits, closes, and protects the garment. |
Poorly matched components can cause tearing, loose closures, compression failure, or product movement. |
Fewer material types and easily separable components generally make sorting and recycling simpler. |
Any custom apparel packaging program before full-scale production. |
Perform fit checks, drop testing, compression testing, and an end-of-life review before approving the final design. |