15-18 June 2027
Crocus Expo, Moscow
Moulded pulp packaging solutions have moved from niche eco-format to serious industrial specification. Procurement teams, packaging engineers and brand owners now assess fibre formats for durability, barrier performance, automation fit and cost-per-unit impact. The shift is shaped by plastic restrictions, retailer scorecards, extended producer responsibility fees and consumer scrutiny. Advanced paper composites give manufacturers a credible route to reduce single-use plastics without abandoning shelf-ready formats, product protection or high-speed packing requirements.
Single-use plastics are under pressure from two directions: regulation and market access. The European Union’s Packaging and Packaging Waste Regulation aims for all packaging on the EU market to be recyclable in an economically viable way by 2030. Export-led producers across Eurasia cannot treat this as a local European issue. Once major retailers and multinational fast-moving consumer goods groups standardise packaging rules, suppliers follow.
The commercial signal is just as strong. Around 40% of global plastic waste comes from packaging, according to Our World in Data, drawing on OECD analysis. That figure makes packaging a prime target for taxes, design-for-recycling rules and substitution programmes. For manufacturers, the question is no longer whether single-use plastic alternatives are technically possible. It is which formats can pass line trials, protect goods and scale at an acceptable margin.
Modern paper composite packaging is far removed from rough egg trays and low-grade transit inserts. Precision-moulded fibre can now deliver controlled wall thickness, shaped cavities, rib structures, smooth surfaces and tight dimensional tolerances. These features support cushioning, stacking strength and retail presentation across primary and secondary packaging.
Barrier performance has also improved. Water-based coatings, bio-based laminates, mineral layers and wet-strength formulations can raise resistance to grease, moisture and condensation. This matters for chilled food, cosmetics, household goods and medical-adjacent products. On automated lines, good mould design supports denesting, pick-and-place handling, lidding, sleeving and case packing. Some formats can integrate with Form-Fill-Seal machines, dosing systems, and robotic loading, provided that tolerances, surface friction, and moisture content are controlled early.
Fast-moving consumer goods companies are using moulded pulp for shelf-ready formats, multipack holders, protective caps and e-commerce inserts. Food and beverage producers are testing trays, bowls, cup carriers, produce punnets and fibre takeaway containers. In these categories, grease resistance, condensation control and lid fit often decide whether a format moves beyond pilot scale.
Pharmaceutical and healthcare suppliers use moulded fibre for device protection, diagnostic kit inserts and secondary packs where cushioning and segregation matter. Cosmetics brands are replacing vacuum-formed plastic fitments with coloured or pressed fibre inserts for jars, bottles and refill packs. Industrial goods manufacturers use pulp for electronics, spare parts, tools and fragile components, where shock absorption and part separation can reduce damage during cross-border transport.
The next phase of fibre-based packaging will be more technical and more data-led. Wet-strength chemistry will continue to improve, but converters must balance moisture resistance with repulpability and acceptance in recycling streams. Recycled fibre content will rise where purity and strength requirements allow. Virgin fibre will still have a role in food-contact, medical-adjacent uses, and high-performance structures.
Smart packaging features will also move into fibre formats. Printed quick response codes, radio-frequency identification tags, digital watermarks and batch-level traceability can support authentication, recycling instructions and supply chain visibility. The winners will prove performance through testing: compression, Cobb water absorption, grease resistance, vibration, drop testing, migration checks and real packing-line trials.
RosUpack connects packaging producers, machinery suppliers, material innovators, and buyers to assess moulded pulp and fibre innovation at an industrial scale. Companies developing sustainable packaging solutions or equipment for fibre conversion can submit an exhibit enquiry to reach qualified buyers.
Packaging professionals comparing suppliers, materials, and automation partners can also register as visitors to meet manufacturers at the Zero-Waste Packaging Exhibition, review machinery options at a packaging machinery exhibition, and assess raw material options for biodegradable packaging.
