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Projects Delivered Include:​

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Regulatory Compliance & Risk Mitigation

  • Assessed regulatory and supply-chain risks for medical device polymer platforms.

  • Evaluated low-risk polymer alternatives to ensure long-term regulatory compliance.

  • Reviewed cyclic siloxane data and established compliance frameworks for EU MDR.

  • Analysed additive systems regarding emerging REACH and EU Green Deal restrictions.

  • Formulated material selection strategies to mitigate environmental and supply risks.

 

Advanced Medical & Diagnostic Material Development

  • Substituted PFAS-free materials across medical device components and assemblies.

  • Engineered silicone-free and PTFE-free polymer systems for healthcare applications.

  • Developed low-extractable polymer systems optimized for diagnostics and microfluidics.

  • Co-developed advanced COC/COP films for reduced material usage and high-performance diagnostics.

  • Evaluated PFAS-free, reduced-risk lubrication technologies for precision polymer mechanisms.

 

Sustainability, Circular Economy & Recycling Engineering

  • Engineered recyclable, PVC-free polymer systems designed for healthcare applications.

  • Developed HDPE recycling processes and enhanced mechanical properties of HDPE-PP recyclates.

  • Evaluated polymer recycling and circular economy opportunities specifically for medical devices.

  • Conducted comparative emissions lifecycle assessments (LCA) across primary production, processing, and recycling.

  • Quantified water consumption and environmental footprints across diverse polymer processing routes.

 

Industrial, Environmental & Infrastructure Applications

  • Qualified functional multilayer films for sensor and edge-integrated technologies.

  • Characterized material and additive packages for demanding outdoor and environmental exposure.

  • Sourced high-strength polypropylene materials for climate-resilient geogrid infrastructure.

  • Developed ultra-durable polymer systems optimized for floating solar installations.

  • Formulated thermally conductive polymer systems as alternatives to conventional filled materials.

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