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Agenda

Moulded Fibre Packaging Agenda 2026
Session 1: Moulded Fibre Packaging Market Analysis & Industry Trends
The Future of Moulded Fibre: Evolving market demands and global outlook
  • Global market outlook by region: EU, NA, APAC and ROW
  • Global market outlook by type and end use
  • Key trends, drivers and challenges
  • Latest innovatons and case studies
  • Where next for moulded fbre?

Sharon Tong | Consulting Analyst, Smithers
China: Future Development and Policies for Paper Molding Industry
China Packaging Federation
Global Molded Fiber: How to Keep Selling Profitably
Global market overview: Market landscape for molded fiber products, including demand–supply trends and key growth drivers.
Customer segmentation by country: Analysis of customer types and industry sectors in each major market/region.
Product R&D aligned with market needs: Developing new molded fiber solutions based on specific application requirements and emerging market demands.
Self‑analysis of product development range: Evaluating cost structure, patent strategy, technical feasibility, and profitability for each product line.

Chris Lo | Founder, TAW Holdings Ltd / TAW Global Ltd
Coffee Break and Networking
Session 2: Global regulations and environmental protection certifications
EU-PPWR & PFAS
TBC
Lunch and Networking
Life Cycle Assessment of Molded Pulp and Plastic Packaging Trays
Packaging materials account for a large share of household waste, making environmentally optimized packaging increasingly important. Molded pulp products are attracting attention as sustainable alternatives to conventional plastic packaging due to their potential to reduce carbon emissions and fossil resource consumption. In addition, the implementation of the European Packaging and Packaging Waste Regulation (PPWR) from August 2026 is expected to accelerate the transition toward recyclable and fiber-based packaging materials.
This study applies life cycle assessment (LCA) to compare the environmental performance of molded pulp trays with plastic packaging. While previous research demonstrated the potential of molded pulp as a plastic substitute, this study further examines both the environmental benefits and trade-offs using an integrated environmental impact assessment approach.
TAKEHIRO ISHIHARA | Managing Director, Nippon Molding Co., Ltd.
Session 3: End-Use Applications and Innovation
Food and Beverage Packaging: Molded Fibre Opportunities
Brand owner\retailors
From Better Boxes to Better Decisions: Dell's Fiber First Strategy and the AI-Powered Packaging Revolution
Every packaging team today faces the same collision: rising costs, accelerating sustainability demands, and shrinking development timelines. At Dell Technologies, we believe the answer lies not in choosing between materials and technology, but in combining both.
Our Fiber First Strategy establishes a clear material hierarchy: fiber wherever possible, recycled plastic only when necessary, and never virgin single-use without purpose. Backed by nearly two decades of material innovation, from bamboo and molded pulp to ocean-bound plastics, this framework has driven measurable reductions in material usage and significant progress toward our goal of fully sustainable packaging across our entire portfolio.
But smart materials alone aren't enough - we need smarter tools. This session explores how AI is multiplying engineering capabilities through generative design, predictive simulation, and automated decision-making, and how the combination of Fiber First and AI is setting a new standard for packaging excellence
 
Benicio Yang | Senior Principal Packaging Engineer, Dell Technologies
Fibre-based bottles: Possibilities, Opportunities, Limitations
In the search for new sustainable packaging solutions fibre based bottles have been proposed as a possible solution in recent years. In this field of tension between consumer expectations, regulations, limitations and visions is the goal to reach a bio-based, biodegradable, and yet recyclable solution for beverage containers. Furthermore, adapting all filling and downstream steps for these sensitive bottles is of utmost importance to achieve the best quality on both brownfield and greenfield lines.
 
Dr. Joerg Zacharias | Senior Expert, KRONES AG
Coffee Break and Networking
Session 4: Functional Coatings & PFAS-Free Barrier Technologies
Leading Change to Circular Sustainable Molded Pulp Packaging Solutions
  • Market trends on molded pulp applications 
  • Circular Sustainability & Regulatory Drivers 
  • Dry and wet pulp methods differences and its benefits 
  • Sustainable & Functional Barrier Solutions 
Archroma is offering sustainable solutions in enabling better recyclability, bio-degradability, home and industrial composability in both wet-end and spray applications.  For both applications there are several barrier and performance enhancements: 
  1. Wet-end Applications: 
  1. Wet strength 
  1. Oil and grease barrier 
  1. Water resistance barrier 
  1. Increasing fixation properties 
  1. Water-based Barrier for spray applications: 
  1. Oil and Grease applications 
  1. Water resistance 
  1. Cushioning properties 
  1. Release properties 
  1. Anti Statics from carbon black dyes / higher cationic effect 

Cyril Coumans | Product Director of Packaging & Coatings, Archroma
Fluorine-free Biodegradable Biomass Coating Technology — Driving Eco-upgrading of Pulp Molding
Against the backdrop of plastic restriction policies and the upgrading of the green packaging industry, pulp molding has gained widespread popularity as a major eco-friendly packaging material. However, raw pulp molded products suffer from poor barrier performance and heat-moisture resistance. Traditional fluorinated and petroleum-based coatings pose compliance risks such as excessive residues, non-biodegradability and microplastic content, which greatly hinder the high-end and industrial development of the sector.
To address this key challenge, Guangzhou TreeCo Technology has independently developed a fluorine-free biodegradable biomass spray coating technology. Made from natural plant-based biomass materials, the coating contains no fluorine or microplastics. It fully retains the inherent green advantages of pulp molding including biodegradability, repulpability and recyclability. Meanwhile, it endows products with multiple functions such as water resistance, oil resistance, high temperature resistance, antibacterial property and heat sealability. The treated products feature non-stick performance at high temperatures and are safe for use in microwave ovens and regular ovens.
This technology is well suited for high-end application scenarios including food service, cold chain logistics and precision component packaging. Compatible with existing spray production lines, it features controllable costs and causes no secondary pollution. It fundamentally resolves the industry dilemma of balancing environmental performance and practical functionality, delivering a practical and mature technical solution for the green industrialization and high-end transformation of pulp molding.
Dr. Hao Ling | General Manager, Guangzhou TreeCo Technology Co., Ltd.
Empower Molded Pulp Products by Water-based Coatings: Sustainable Value Enhancement and Application Prospects
Joanna Gao, Asia Marketing Manager, Michelman
Process Innovation Drives Transformation in the Pulp Molding Industry
Amid the fluorine-free shift in pulp molding, simple pulp modification cannot fix poor barrier and surface defects. Severe homogeneous price competition blocks access to high-end 3C, medical and new energy markets. This presentation focuses on post-molding surface finishing. With eco-friendly water-based coatings, integrated intelligent spraying equipment and full supporting processes, we eliminate substrate flaws, build technical edges, and shift the industry from low-end rough processing to customized green precision manufacturing with premium appearance and strong barrier performance.
 
Evan Zheng | Chairman of the Board, HETRUN INDUSTRY GROUP LIMITED
End of Day 1
Session 5: Scaling Molded Fibre Manufacturing: Industrialization, Automation & Smart Production
One Stop for Post-Stage: AI Inspection + Automated Laminating Machine
Case 1:   Cup Lid Inspection & Packaging  → 80% Cost Reduction
Case 2 Whole-Plant Lamination Integration – Auto Feeding, Lamination, Trimming, Pad Placing, Inspection & Stacking
Case 3: From Inspection to Optimization – AI-Driven Process Control to Increase Overall Yield
 
Jin Xilin (Bill) | General Manager , Lvran Tech
Dry Molded Fiber – Redefining Packaging Through Sustainable and Scalable Innovation
As demand for fiber-based alternatives to single-use plastics continues to grow, manufacturers require solutions that combine sustainability with industrial scalability and commercial viability.
This presentation introduces Dry Molded Fiber, PulPac’s patented technology and examines how its dry-forming process differs from conventional molded fiber and other fiber-forming technologies. Key topics include manufacturing efficiency, energy consumption, material utilization, product quality, and the factors that enable high-volume production.
The session follows the journey from concept to industrial deployment, outlining the critical steps involved in developing, validating, and scaling fiber-based packaging solutions. Topics include product development, tooling, production setup, qualification, and the transition from pilot activities to commercial manufacturing.
The presentation also explores the ecosystem supporting global implementation of Dry Molded Fiber. Through a licensing model and a broad network of machinery, tooling, development and material partners, the technology can be deployed across regions and applications while reducing implementation complexity and accelerating time to market.
By combining a differentiated manufacturing process with an ecosystem designed for scale, Dry Molded Fiber offers a practical pathway for the industrial transition from plastic and conventional packaging to commercially competitive fiber packaging.
Viktor Wingård Börjesson | Chief Operational Officer, PulPac
Molded Pulp Innovation in Plastic-free Transition: From Application Pain Points to Process Upgrading
Focuses on the plastic-free transformation of molded pulp industry. Addressing common industry pain points including poor temperature resistance, short shelf life, hard-to-separate films and food safety risks, we introduce integrated antibacterial molded pulp products featuring wide temperature tolerance, high barrier and easy-peel film. Widely applied to frozen meals, airline catering and fresh food trays, our upgraded processes deliver full-scenario sustainable packaging solutions to advance green plastic-free industry development.
 
Jacky Wang | Senior Chief Packaging Director, LvLuo Environment Technology
Coffee Break and Networking
Pulp Molding
Session 6: Developing High-Performance Molded Fibre Packaging
Dry Moulded Fibre Technology and Its User Cases
Dry Molded Fiber (DMF) technology, invented by PulPac, is the first industrial method that converts renewable plant fibers into sustainable packaging and products. It's the only viable alternative to single use plastics in terms of speed, scalability, and cost. As the exclusive global development partner for DMF technology, PA works closely with renowned brands to develop tailored packaging and product solutions. The presentation is going to share a practical perspective on how we work with the industrial partners to develop DMF and our development across a range of applications.
 
Suhan Wang | Senior Technology Consultant, PA Consulting
Lunch and Networking
Next-Generation Thermoforming Equipment for High-Performance Molded Fibre Packaging
Abstract is coming

HGHY PULP MOLDING PACK.,LTD
Bridging AI-Driven Prediction and Structural Engineering to Accelerate Molded Fiber Commercialization
The transition from plastic to molded fiber is a fundamental material shift, not a direct 1:1 substitution. Achieving parity in performance, operational speeds, and commercial viability requires rigorous industrial validation. This presentation explores a comprehensive approach to scaling molded fiber packaging, highlighting the intersection of predictive artificial intelligence, advanced barrier integration, and structural design. To navigate the complexities of sustainable packaging design, we introduce one.five’s AI: “Quartermaster”. Having successfully trained our AI models on flexible paper packaging to predict critical performance metrics (such as Heat Seal Strength, OTR, and WVTR) based on foundational substrate data, we discuss how this predictive capability is being expanded to molded fiber. This digital-first approach accelerates product-market-fit analysis and substrate down-selection before physical trials begin, offering a massive opportunity for industry partners to co-develop and validate these models. Transitioning from digital models to physical prototypes, we will share our recent engineering learnings in mitigating common molded fiber failure modes: Barriers & Pinholes: Guaranteeing shelf-life requires strict moisture and oxygen control. We discuss mathematical modeling of WVTR against product shelf-life and strategies for balancing high fiber content (>95%) with functional lamination, utilizing thicker films and rigorous validation testing to ensure pinhole-free results. Delamination: We share two primary mitigation strategies for preventing cohesive breaks during opening: (1) Fiber Improvement via densification and pulp mixture optimization, and (2) Structural Redesign of the sealing rim to prevent peeling. Unit Economics (UE): Because fiber forming incurs substantial tooling costs, we outline a decision framework used benchmarks. By combining the future of predictive AI modeling with targeted mechanical solutions, this presentation provides a robust roadmap - and an invitation for ecosystem collaboration - to accelerate the commercialization of high-performance molded fiber packaging. to evaluate commercial feasibility, tooling exposure, and machine supply chain resilience to successfully match legacy plastic
Dr. Siegfried Fürtauer | Team Lead Packaging Development, One.Five
Panel Discussion:Advanced Fiber-Based solution- From Packaging to High-Value Applications
  • Balancing Performance, Cost and Scalability
  • Entering High-Value Application (Pharma, Luxury etc)
Session 7: Fiber Innovates More Possibilities
Rethinking Fiber: How Packaging is Moving Beyond Wood Pulp
This presentation explores how moving beyond a wood-centric approach to fiber sourcing can create broader opportunities for the packaging industry. By utilizing regionally available feedstocks including agricultural byproducts and other underutilized fiber resources manufacturers can strengthen supply chain resilience, create new economic opportunities in outside the traditional wood fiber communities, reduce transportation dependence, and expand access to sustainable packaging production in regions where traditional pulp resources are limited.
Drawing on practical experience developing alternative fiber packaging systems, this session will examine the technical, operational, and commercial considerations involved in integrating new fiber sources into molded fiber manufacturing. Attendees will gain insight into how expanding the industry's "fiber toolbox" can accelerate innovation, improve product design, and position molded fiber packaging for continued growth as global demand for sustainable packaging continues to increase.
Kyler Lovgren | Chief Executive Officer, Palouse Fiber Holdings LLC
End of Day 2