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The PPWR is reshaping how packaging is designed and made. It sets requirements across the packaging lifecycle, and its first obligations become mandatory in 2026 for packaging placed on the EU market, including by manufacturers outside the EU who supply it. The areas with the widest impact include PFAS limits for food-contact packaging, minimum recycled…

The Packaging and Packaging Waste Regulation (PPWR) is the European Union's regulation for packaging placed on the EU market. Its first requirements become mandatory in 2026 across all 27 EU member states and for businesses that supply EU markets. The rules reach across the whole packaging lifecycle, including thresholds for per- and poly-fluoroalkyl substances (PFAS)…

Key terms Term  Definition  PPWR  The EU Packaging and Packaging Waste Regulation, setting lifecycle requirements for packaging placed on the EU market.  Post-consumer resin (PCR)  Recycled plastic recovered from used packaging and reprocessed for reuse in new packaging.  Recycled content  The proportion of recycled material in a pack; the PPWR sets minimum levels for plastic…

Key terms Term  Definition  Can shell  The drawn body of a two-piece can, before the end is seamed on.  Can end  The lid component, often an easy-open end, seamed onto the shell.  Double seam  The interlocked fold that joins the end to the shell to create a hermetic seal.  Opening force  The force needed to open an easy-open end, also…

Maintaining consistent quality in beverage and food can production requires a comprehensive set of quality control tests across both can shells and ends. This guide gives an overview of the essential tests and the inspection systems used across modern production lines, so you can build a multi-layered testing strategy with confidence.  Why quality control is…

What Quality Control Tests Are Required for Can Shell and End Manufacturing? There is no single quality control test for can manufacturing. Consistent quality across food and beverage cans relies on a set of tests applied to both can shells and ends, because food and beverage cans must meet extremely tight tolerances. Even minor variations can cause…

Burst strength testing in flexible packaging is the process of applying increasing internal pressure to a sealed package until it fails - measuring the maximum pressure the package can withstand before rupture. It is a fundamental method for evaluating seal strength, material performance, and overall package robustness. Where leak detection identifies defects that already exist…

Overview Burst strength testing is one of the most widely used methods for evaluating the performance of sealed flexible packaging. It applies controlled internal pressure to a package until failure, measuring the point at which the seal or material gives way.  For quality managers, R&D specialists, and operations experts working across flexible packaging production, burst…

A reference guide to the key terms used in burst strength testing and seal quality assessment for flexible packaging manufacturing.  Burst Strength The maximum internal pressure - expressed in kPa, mbar, or PSI - that a sealed flexible package can withstand before the seal or material fails. The primary output of a burst strength test and…