Choosing an antimicrobial additive is only the start. Addmaster supports manufacturers with formulation, production trials, testing, regulatory guidance and marketing, from concept to launch. No licence fees. No hidden support costs. addmaster.co.uk/about/why-ad… #Biomaster

🎒 Back to school means back to busy classrooms. Biomaster antimicrobial technology can be built into desks, chairs, lockers and other shared products, helping inhibit microbial growth on treated surfaces. Discover Biomaster: addmaster.co.uk/technologies… #BackToSchool #Biomaster

🌑 The Sun might disappear for a while today. Biomaster won’t. ☀️ Biomaster antimicrobial technology inhibits the growth of microorganisms on treated surfaces, providing continuous product protection, even during a solar eclipse. #SolarEclipse2026

Where is Biomaster Antimicrobial Technology used? From medical devices and healthcare equipment to plastics, kitchenware, bathroom products, coatings, packaging, automotive interiors, and textiles. Discover more: addmaster.co.uk/about/what-i… #Biomaster #Antimicrobial

As hygiene, sustainability and product longevity become bigger priorities, manufacturers are increasingly designing performance into materials from the outset. Discover how #HygieneByDesign is shaping the future of bathroom product innovation. Read more: addmaster.co.uk/blog/hygiene…

Could microbes be an overlooked cause of material degradation? Our white paper explores how biofilms and microbial activity can influence long-term material performance and introduces the concept of "biological wear and tear". Read more: academia.edu/168031623/Desig…

Not every manufacturing process is the same. That's why Biomaster antimicrobial technology is available as: 🔹 Masterbatch Pellets 🔹 Powder Additive 🔹 Liquid Additive Making it easy to integrate durable antimicrobial product protection into many materials and processes.

An important point. Biofilms can provide microorganisms with a protected environment, making them more difficult to address than free-floating cells. Understanding where and how biofilms develop within water systems is essential for long-term management and risk reduction.

Interesting insight. Discussions around Legionella often focus on water treatment and maintenance, but the role of material selection shouldn't be overlooked. Surface characteristics can have a significant influence on biofilm development.

Biofilms continue to challenge many of our traditional approaches to microbial control. The focus is increasingly shifting from simply targeting individual organisms to understanding the wider ecosystems that allow them to establish and thrive.

As packaging systems become more circular, clear communication around recyclability, recycled content and material performance will be just as important as the technologies themselves.

@Biomaster antimicrobial technology can be incorporated directly into drainage pipework and associated plastic components during manufacture, providing product protection throughout the expected lifetime of the product without affecting processing or performance.

An important area of research. Discussions around antimicrobial packaging often focus on performance and food preservation, but understanding degradation and recycling implications is equally valuable for the development of more sustainable solutions.

A fascinating topic. Antimicrobial packaging has the potential to play an important role in reducing spoilage and food waste when used as part of a broader food safety strategy. Interested to see how familiar people are with the concept and what the survey reveals.

Interesting work. Food safety is often viewed through the lens of processing and sanitation, but packaging can also play an important role in helping to reduce microbial spoilage and food waste. Looking forward to seeing how these technologies develop.

Looks like a great exhibition, what are you seeing as the biggest innovations in the paper and packaging sector at the moment?

Sounds like a great exhibition, what are you seeing as the biggest innovations in the paper and packaging sector at the moment?

Why do shower drains develop unpleasant odours and become difficult to keep clean? Our latest article explores how biofilms form in domestic shower drains and why they can be so persistent. Read more: addmaster.co.uk/blog/underst…

You can find out more about Biomaster antimicrobial technology here addmaster.co.uk/technologies…

Waste traps and drains may be hidden from view, but they can become hotspots for biofilm, bacteria and odours over time. Biomaster antimicrobial technology can be incorporated into drainage components during manufacture, providing in-built product protection.