The silver antimicrobial technology keeping manufacturers safe during lockdown
Published By Pressat [English], Wed, Dec 9, 2020 11:41 AM
The manufacturing industry has faced tough challenges this year to carry on operating in a safe and secure way. However, manufacturers have shown themselves to be highly skilled and resourceful professionals able to adapt quickly to a situation that has never been faced before. British manufacturer Veraco has produced a range of products for high-frequency touchpoints with silver antimicrobial technology applied. These have been designed for turnstiles, railings, handles, doors, buttons and many more helping the manufacturing industry create a hygienically safe environment.
They contain ‘Silver Ions’ that break down the biological makeup of dangerous pathogens, reducing up to 99.99% of common bacteria and superbugs on touch, as well as being effective against Coronavirus. Factories, warehouses and logistics centres are typically worker-dense but they have done a good job adapting their practices with staggered working, social distancing and cleaning. However, cleaning cannot be done after every touch so Veraco’s products provide a solution for doors and equipment that inevitably will be touched by different people in between cleaning.
Co-Founder George Strong said, “The response from the manufacturing sector to the new challenges they have faced has been amazing and we are thrilled that our products can play a vital role creating a safer working environment”
Veraco Limited is a specialist in the design and manufacturing of infection control products. They develop solutions that help reduce the risk and spread of dangerous pathogens to create a much safer, cleaner environment for hygiene zones.
Any frequently-touched surface has a huge risk of cross-contamination and it’s often unavoidable. We use silver technology that actively kills germs on touch. www.veraco.co.uk
Press release distributed by Media Pigeon on behalf of Pressat, on Dec 9, 2020. For more information subscribe and follow