Drawing on Fraunhofer’s PAPURE project and IOM3 reporting, this post organizes what laser-treating paper surfaces and bonding them under heat and pressure could mean for paper-packaging recyclability. It also walks through the paper conditions, seal strength, throughput, quality control, and pre-commercialization checks that have to be verified.
A practical look at WPO’s Interpack 2026 wishcycling signal, explaining why recyclable claims must match actual collection, sorting, and reprocessing systems, and how B2B paper packaging teams can turn that into design checkpoints.
Sonoco GreenCan is a useful case for asking how far paper-based packaging can replace plastic or metal containers. A high paper content is not enough by itself. Packaging teams need to look at the body, rim, lid, barrier layer, adhesives, and local recycling systems before making claims.
Barrier paper packaging can look recyclable at first glance, but coatings, adhesives and process compatibility may become bottlenecks. This article explains the practical checks needed before choosing circular paper-based barrier packaging.
Interpack 2026 signals that export packaging must be designed for regulation, recyclability, labeling and data management at the same time. This article translates the trend into practical paper packaging checkpoints for Korean exporters.
A practical checklist for food and cosmetics exporters preparing for EU PPWR application in August 2026, covering packaging materials, labeling, recyclability, food-contact safety, and documentation.
A practical record template for exporters and packaging suppliers preparing for EU PPWR and other 2026 packaging regulations, covering materials, weight, recyclability, certifications, and supply-chain documents.
In the global paper packaging market in 2026, the key issue is no longer the environmental claim itself but sustainability that can be proven with data and documents. This article summarizes FSC, recyclability assessment, high-barrier paper materials, and smart packaging trends.