QualityFoil is developing sustainable packaging materials that address the increasing global demand for environmentally responsible solutions. Our approach combines technical excellence with ongoing environmental improvements across our entire product range.

Our aluminum foil offers significant sustainability advantages:

• Infinitely recyclable — aluminum can be recycled endlessly without loss of quality
• Lightweight & efficient — using less material, reducing transport emissions
• Resource-smart — more energy is saved through recycling than consumed in initial production

Our plastic films are evolving toward greater sustainability:

• We’re working to maximize functionality with minimal raw material
• Our R&D teams are increasing recycled content where technically feasible
• We continue to improve energy efficiency in production processes

Our high barrier films are being developed with sustainability in mind:

• Advancing mono-material structures that simplify recycling
• Working to reduce material thickness while maintaining barrier properties
• Researching bio-based alternatives for conventional barrier materials

We actively collaborate across the packaging value chain to advance recyclability, circularity, and sustainability in aluminum, plastic films, and barrier solutions.

At QualityFoil, we are committed to reducing greenhouse gas emissions throughout our entire value chain—from raw material sourcing to final delivery.

Our progress in carbon reduction:

• For aluminum, we’ve reduced our carbon footprint from over 20 kg CO₂ per kg to under 6 kg CO₂, and we’re working to lower this further through partnerships with low-carbon suppliers using green energy
• For plastic films, we’re implementing:
• • More energy-efficient production technologies
  • Increasing renewable electricity sourcing
  • Developing lightweighting innovations to reduce material usage
• For high barrier films, we’re focusing on:
• • Optimizing coating processes to reduce energy consumption
  • Exploring alternatives to conventional petroleum-based materials
  • Designing structures that require fewer layers while maintaining performance

Our ongoing efforts align with international climate initiatives including the EU Green Deal, and we’re working to support clients preparing for Carbon Border Adjustment Mechanism (CBAM) compliance.

We believe the future of packaging is circular, and we’re working toward this vision across all our materials.

For aluminum:

• Recycling saves up to 95% energy versus primary production
• We’re strengthening partnerships with converters and recyclers to keep aluminum infinitely in the loop

For plastic films:

• We’re developing mono-material structures that are easier to recycle
• Our teams are working to increase post-consumer recycled content
• We continue to research bio-based alternatives where appropriate

For high barrier films:

• We’re exploring innovative coating technologies that don’t compromise recyclability
• Our R&D is focused on maintaining barrier performance while improving end-of-life options
• We’re testing new material combinations that balance protection with environmental impact

We’re taking increasing responsibility for our materials from origin through end-of-life, supporting circular economy principles across our entire product range.

Sustainability extends beyond materials and carbon—it’s about people. This principle applies equally across all our product categories.

We are strengthening our commitment to ethical business practices and social equity throughout our global value chain:

• We uphold the UN Guiding Principles on Business and Human Rights
• We’re working to ensure all suppliers comply with our Supplier Code of Conduct, covering:
• • Fair labor and anti-discrimination
  • Health and safety
  • Transparency and accountability

Our partnerships across all material types are built on mutual respect, responsibility, and creating positive long-term impact.

Our environmental responsibility begins at the source, regardless of material type.

For aluminum:

We’re working with key suppliers to ensure that bauxite mining and upstream sourcing meets high standards in:

• Forest management and reforestation
• Biodiversity and habitat protection
• Land rehabilitation post-mining

For plastic films:

We’re focusing on:

• Reducing water consumption in manufacturing
• Minimizing waste throughout production
• Supporting initiatives to address plastic pollution

For high barrier materials:

We’re developing:

• More efficient coating processes that reduce environmental impact
• Alternatives to conventional solvent-based systems
• Technologies that maintain performance with fewer resources

We recognize that true sustainability must begin with ecological responsibility and regeneration of natural resources across all material categories.

Our sustainability initiatives are designed to provide clear benefits across all product categories:

• We’re developing more comprehensive ESG reporting and supply chain transparency
• We’re working to help clients comply with CBAM, CSRD, and global sustainability frameworks
• We continue to future-proof packaging solutions through innovation, enhanced circularity, and certification

QualityFoil is striving to combine technical performance with environmental and social integrity across our entire material portfolio.

That’s sustainability — being built into everything we do.

Our sustainability initiatives are designed to provide clear benefits across all product categories:

• We’re developing more comprehensive ESG reporting and supply chain transparency
• We’re working to help clients comply with CBAM, CSRD, and global sustainability frameworks
• We continue to future-proof packaging solutions through innovation, enhanced circularity, and certification

QualityFoil is striving to combine technical performance with environmental and social integrity across our entire material portfolio.

That’s sustainability — being built into everything we do.

How do aluminum, plastic, and barrier films compare in terms of sustainability?

Each material has different environmental considerations. Aluminum offers infinite recyclability but has higher initial production impacts that we’re working to reduce. Our plastic films are being developed with increased recyclability and reduced material usage. For high barrier films, we’re focusing on maintaining protection while improving end-of-life options. We believe in choosing the right material for each application while continuously improving the sustainability profile of all options.

What makes ASI certification important for aluminum, and do you have similar standards for other materials?

The Aluminum Stewardship Initiative (ASI) certification verifies responsible production throughout the aluminum value chain. For our plastic and barrier films, we’re working with industry associations to develop and implement similar standards for responsible sourcing and production. Our goal is to have comprehensive certification across all material categories.

How are you reducing carbon footprint across different materials?

For aluminum, we’ve achieved a significant reduction to under 6 kg CO₂ per kg and continue working toward further improvements. For plastic and barrier films, we’re implementing energy-efficient technologies, increasing renewable energy usage, and developing lighter-weight structures. Each material presents unique challenges, and we’re addressing them with material-specific strategies while measuring progress against science-based targets.

How do your materials help brands meet their sustainability goals?

Our materials support brand sustainability targets in different ways: aluminum through its infinite recyclability and reduced transportation emissions; plastic films through material reduction and improved recyclability; and barrier films through extended product shelf life that reduces waste. We’re continuously improving all materials to better align with evolving sustainability requirements and help our customers achieve their environmental objectives.

What are your next sustainability goals for each material type?

For aluminum, we’re working toward full ASI certification and further carbon reductions. For plastic films, we’re focusing on increasing recycled content and improving recyclability. For barrier films, we’re developing solutions that maintain performance with more sustainable material compositions. Across all categories, we’re committed to increasing transparency, reducing environmental impact, and supporting circular economy principles.