PFAS-Free Coatings for Cellulose-Based Packaging

Are your packaging materials facing performance or regulatory challenges? As PFAS-free coating specialists, we offer customised solutions to ensure your packaging meets sustainability and performance goals.

Our tailored consulting services address key challenges, including:

Creating moisture barriers for corrugated cardboard
Developing grease-resistant coatings for food service papers
Improving strength-to-weight ratios in containerboards
Enhancing gas barriers for aseptic cartons
Adding antimicrobial properties to moulded fibre packaging
Achieving recyclability in multi-layer cartons
Ensuring heat resistance for hot-fill paperboard or cups
Providing cryogenic protection for frozen food boxes
Developing compostable coatings for coated papers
Reducing reliance on plastic films with cost-effective alternatives
Meeting food contact compliance for recycled fibres

With extensive expertise and global R&D partnerships, we deliver proven solutions that align with evolving regulations and market demands, helping you stay ahead.

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Technologies
We Can Assist With

Bio-Based Polymers: (Renewable, Biodegradable alternatives like PLA, PHA, starch-based polymers)
Plant-Based Waxes and Oils for Paper and Cardboard: (Sustainable, Water-Resistant barriers using carnauba wax, soy wax, vegetable oils)
Cellulose-Based Coatings and Materials: (High-Performance, Renewable solutions using nanocellulose, cellulose nanocrystals, regenerated cellulose)
Non-PFAS Silicone-Based Coatings for Release Applications: (Durable, Heat-Resistant, non-PFAS alternatives with silicone polymers, silicone resins, non-PFAS fluorosilicones)
Clay Coatings and Mineral Barriers: (Cost-Effective, Gas-Barrier solutions (kaolin, talc, calcium carbonate) - often used in combination with other coatings)
Advanced Bio-Based Barrier Coatings: (High-Barrier, Sustainable performance with modified cellulose, bio-based polyesters, lignin-based polymers)
Next-Generation Nanomaterials for Barrier Coatings: (Ultra-Thin, High-Performance Barriers using graphene, MXenes, carbon nanotubes, quantum dots)
Enzymatic and Microbially Produced Polymers: (Innovative, Bio-Derived materials with bacterial cellulose, PHAs, enzyme-modified starches)
Self-Healing and Adaptive Coatings: (Smart, Responsive materials with microencapsulated polymers, stimuli-responsive polymers, shape memory polymers)
Fully Recyclable and Compostable Multilayer Packaging: (Circular, Sustainable solutions with delamination-on-demand films, compostable adhesives, bio-based tie layers)
Advanced Mineral-Based Coatings: (High-Performance, Sustainable barriers applied using plasma-enhanced deposition)