Mereway Bathrooms Protects its Latest Range of Surfaces With SteriTouch®
Mereway Bathrooms becomes the latest brand to utilise SteriTouch antimicrobial technology from Radical Materials. Manufactured in the UK, the ‘Lustre’ collection of premium vanity countertops combine superior antibacterial performance with the highest quality materials, and are available in an assortment of unique finishes.
Mereway Bathrooms manufactures refined, design-led bathroom furniture, available from a network of retailers across the UK. With the mission to produce bathroom furniture that has been designed to delight, crafted with care and built to last, Mereway adopted SteriTouch additives to provide a unique line of protection for its customers.
The entire Lustre range now incorporates a SteriTouch antimicrobial additive in the protective gel top-coat. Harnessing the natural antimicrobial properties of ionic silver, the additive will combat the growth of harmful microorganisms, as well as those responsible for surface degradation, stains and odours. In independent testing using the ISO22196 standard, the Lustre countertops achieved a minimum of 99.99% reduction of both Staphylococcus aureus and E. coli.
Nick Corlett, Director of Radical Materials, said: “It’s always satisfying to work with British manufacturers, particularly when the product is as stunning as Mereway’s Lustre range.”
Regarding the integration of SteriTouch technology with the Lustre range, Ed Norris, Mereway Bathrooms’ National Sales Manager said: “Our customers want beautiful bathrooms, but they also want the comfort of knowing that the products they purchase for their homes are designed to protect their family’s health. The incorporation of SteriTouch® into our Lustre range of worktops is a key part of our objective to supply bathroom furniture that can easily be kept hygienic and clean, protecting users against the buildup of mould and bacteria.”
Start your enquiry with Mereway Bathrooms at https://mereway.co.uk/bathrooms/
Click here to learn more about SteriTouch antimicrobial technology.