Blog

  • How Antimicrobial Technology Can Be Integrated into Gym Equipment
    • Biomaster
    How Antimicrobial Technology Can Be Integrated into Gym Equipment

    A practical guide for manufacturers considering built-in antimicrobial product protection for grips, upholstery, housings and other gym equipment comp...

  • Designing Antimicrobial Technology into Education Environments
    • Biomaster
    Designing Antimicrobial Technology into Education Environments

    Every September, schools across the UK come back to life. Classrooms fill, corridors become busy again and thousands of desks, chairs, lockers, keyboa...

  • The RBR Active and Biomaster Partnership
    • Biomaster
    The RBR Active and Biomaster Partnership

    Medical devices must perform in the real world A successful medical device has to do more than perform its primary function. It must also work for th...

  • How CMC Hygea is Supporting Hygiene by Design with Biomaster Antimicrobial Technology
    • Biomaster
    How CMC Hygea is Supporting Hygiene by Design with Biomaster Antimicrobial Technology

    Healthcare-associated infections (HAIs) remain one of the most significant challenges facing healthcare systems worldwide. Despite advances in clinica...

  • The Use of Antimicrobial Additives in Plastics
    • Biomaster
    The Use of Antimicrobial Additives in Plastics

    Plastics are used in almost every part of modern life. From medical devices and food packaging to bathroom products, consumer electronics, transport i...

  • Why Marketing Support Matters When Choosing an Additive Partner
    Why Marketing Support Matters When Choosing an Additive Partner

    When manufacturers evaluate antimicrobial technologies, the conversation usually centres around technical performance. Questions about efficacy, durab...

  • How Long Can Listeria Survive on Surfaces?
    • Biomaster
    How Long Can Listeria Survive on Surfaces?

    When discussing food safety risks, few microorganisms attract as much attention as Listeria monocytogenes. Unlike many bacteria that struggle to surv...

  • Understanding Biofilm Formation in Domestic Shower Drains
    • Biomaster
    Understanding Biofilm Formation in Domestic Shower Drains

    Moisture, organic debris and microbial growth make shower drains an ideal environment for biofilm development. Most homeowners have experienced a show...

  • New EU Listeria Regulation Changes Are Raising Expectations Across The Food Industry
    • Biomaster
    New EU Listeria Regulation Changes Are Raising Expectations Across The Food Industry

    From July 2026, significant changes to European regulations surrounding Listeria monocytogenes will come into effect, creating new challenges for manu...

  • Designing Hygiene into Floor Drainage
    • Biomaster
    Designing Hygiene into Floor Drainage

    How Aliaxis is Rethinking Performance In modern bathroom and washroom environments, hygiene is often considered in terms of visible surfaces. Fixture...

  • Understanding Plastic Discolouration in Real-World Environments
    • Biomaster
    Understanding Plastic Discolouration in Real-World Environments

    Most plastics are designed with physical durability in mind. They are tested for strength, flexibility, chemical resistance, and long-term performance...

  • Understanding Biodeterioration in Plastics
    • Biomaster
    Understanding Biodeterioration in Plastics

    Plastics are widely chosen for their durability. They are engineered to resist moisture, chemicals, and mechanical stress, often performing reliably f...