EU Bans Bisphenol a in Food Contact Materials Forcing Supplier Shifts
Buyers must audit packaging suppliers to identify Bisphenol A in coatings before the transition deadline arrives.
Packaging Standards
Containment Requirements
Technical and regulatory specifications establish minimum mechanical, chemical and barrier performance thresholds for commercial transport packaging. Approved packaging standards protect industrial and consumer goods from transit damage, moisture ingress and drop impacts during intermodal shipping. Published standards from organizations like ASTM International and the International Safe Transit Association define rigorous validation protocols for shipping cartons, pallets and bulk containers.
These technical criteria govern materials testing, drop testing, vibration exposure and stack-load compressive strength. The boundaries apply to transit and secondary packaging without dictating front-facing retail graphic design.
Laboratory Testing
Compression testing machines apply mechanical loads to corrugated containers to calculate long-term warehouse stacking limits. Shaker tables simulate road, rail and sea vibration profiles to assess internal cushioning material performance. Environmental chambers cycle temperature and relative humidity levels to measure delamination risks in adhesive bonds and moisture barrier layers.
Hydrostatic pressure tests verify seal integrity on rigid containers designed for hazardous liquid transport.
Compliance Mandates
Phytosanitary regulations such as ISPM 15 require heat treatment or methyl bromide fumigation for solid wood pallets crossing international borders. Dangerous goods packaging mandates require UN certification markings verifying performance ratings under Drop Group specifications. Standardized pallet footprints optimize container utilization across ocean containers and overland trailers.
Substandard packaging yields high transit insurance claims and immediate cargo rejections at destination receiving docks.