Discover expert-led white papers, technical reports and industry insight documents from Addmaster. Our library explores antimicrobial technologies, material innovation, product protection, polymers, hygiene-focused design and additive solutions across a wide range of industries and applications.
Designing for Durability in a Microbial World
A Framework for Understanding Biologically Mediated Material Degradation.
Material durability has traditionally focused on resistance to mechanical, thermal and chemical stress, with less attention given to biological activity. However, microorganisms such as bacteria and fungi are increasingly recognised as contributors to material degradation.
This paper explores how microbial activity can affect polymers and other materials over time, potentially impacting performance, appearance and longevity. It examines the role of biologically mediated material degradation and why it is becoming an increasingly important consideration in material selection and product design.
The paper also highlights strategies that may help improve durability, sustainability and long-term product performance.
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Designing for Durability in Real World Environments.pdf pdf • 4.5mb
Materials, Microbes and Resistance
Exploring the Relationship Between Material Innovation and Antimicrobial Resistance
Antimicrobial resistance is one of the defining public health challenges of the modern era. This paper explores the relationship between antimicrobial resistance, material innovation and Passive Hygiene Engineering, examining how materials can support broader microbial management strategies.
It distinguishes between antibiotics, disinfectants and material-based antimicrobial technologies, reviews the scientific evidence, and examines the role of surfaces within the wider microbial environment.
The paper also explores how responsible material innovation can support product performance, environmental hygiene and more resilient built environments.
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Materials Microbes and Resistance.pdf pdf • 4.3mb