Infection control
Antimicrobial tableware: the future of care home dining
In recent years, hygiene has become of paramount concern, especially in healthcare settings. Part of this hygienic revolution is antimicrobial tableware – a technology that can play a crucial role in reducing microbial contamination, as Paul Willocks of Addmaster explains
What is antimicrobial technology? Firstly, it is important to understand the distinction between antimicrobial and antibacterial technologies. While antibacterial technology specifically targets and eliminates bacteria, antimicrobial additives have a broader spectrum of action, and combat bacteria, viruses, and fungi. This makes antimicrobial technology particularly effective in settings where a diverse range of pathogens are a concern. The application of antimicrobial
technology extends across many sectors, with the overarching objective being to create environments and products that remain hygienic through antimicrobial product protection.
At the forefront of antimicrobial
technology is the use of silver ions, renowned for their antimicrobial properties since ancient times. Silver ions – or Ag+ – serve as the active agents in this technology, disrupting microbial growth and reproduction.
How antimicrobial tableware works Antimicrobial tableware incorporates additives that inhibit the growth and survival of microorganisms. These additives disrupt the cellular processes of the bacteria, rendering them inactive. The integration of these additives during the manufacturing process ensures that the antimicrobial properties are long-lasting and do not leach or diminish over time. The benefits of antimicrobial tableware in care homes include: 1. Enhanced hygiene
The primary benefit of antimicrobial tableware is its ability to reduce microbial load on surfaces. By minimising the presence of bacteria and other microorganisms, antimicrobial tableware ensures that dining surfaces remain more hygienic. This reduction of microbes contributes to maintaining high standards
February 2025
www.thecarehomeenvironment.com
of hygiene, which is essential for daily dining routines.
2. Longevity and durability Antimicrobial tableware is designed to withstand frequent washing and handling, maintaining its protective properties throughout its lifespan. This durability ensures that the antimicrobial effectiveness is not diminished over time, even with regular use and cleaning. The robust construction of antimicrobial tableware makes it a reliable choice for care homes, where items are used daily and must endure rigorous cleaning processes. Additionally, this durability makes it a cost-effective investment for care homes, as it reduces the need for frequent replacements. By choosing antimicrobial tableware, care homes can ensure long-term performance and reliability, contributing to both economic efficiency and sustained hygiene standards.
3. Improved resident confidence Knowing that their tableware is protected against microorganisms can boost the confidence of residents and their families.
This assurance can lead to a better dining experience and overall satisfaction with the care facility. When residents and their loved ones are confident in the hygiene of the dining environment, it fosters a sense of wellbeing and peace of mind. This enhanced confidence can improve the overall atmosphere of the care facility, promoting a positive and comfortable dining setting. Families are more likely to feel reassured about the care their loved ones are receiving, which can strengthen trust and satisfaction with the facility’s services. Additionally, the knowledge that the care home prioritises hygiene measures can be a key factor in the decision-making process for potential residents and their families, highlighting the facility’s commitment to maintaining a high standard of care.
4. Cost-effective in the long run While antimicrobial tableware may sometimes have a higher initial cost, the long-term benefits outweigh the expenses. The durability of antimicrobial tableware means it can withstand frequent washing and handling without degradation. This
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