With applications spanning egg packaging to automotive parts and fast-food trays, the future prospects for moudled fibre packaging are extremely positive. The market is driven by the growing environmental concerns and public awareness of plastic waste and the need to reduce consumption of single use plastics, with many governments introducing rules and regulations to combat this. Advances in moulded fibre technology are improving the performance and viability of these products which are now becoming more durable, versatile, and cost effective. Coating technologies are opening up new market applications for these pack formats with printing and labelling techniques adding to their opportunities for advancement.
The webinar focuses on key innovation sectors such as paper bottles, which are set to be transformative, as well as current market trends and developments, the latest advancements in the moulded fibre industry, innovative solutions, novel moulded fibre materials, recycling and much more.
Hear from our leading key industry experts as they:
Share their knowledge and new approaches
Discuss ideas, industry updates and opportunities on mouded fibre-based packaging
Present insights into renewable moulded fibre packaging in food and non-food packaging
Who should watch?
Everyone involved across the packaging value chain i.e. brand owners, converters, regulators, recyclers, global manufacturers, equipment and service providers, suppliers and leading industry experts.
Topics covered:
Market trends and outlook for moulded fibre
Fibre-based packaging industry in action for a circular future
Applications and innovations in paper bottles, in-mould labelling, high-quality printing, thermoforming and coatings
Advanced technologies including dry-forming and novel barrier technologies
Novel fibre materials
Brand and market development
Functional design for product protection
Future outlook
End-of-life options
Cost efficiency vs. recycling plastics packaging
EPR systems
Key challengse for the lifecycle assessment of fibre products