Introducing Healthcare Associated Infections (HAIs)
Introducing HAIs (Healthcare Associate Infections)
Some quick facts:
- 80% of all infectious illnesses are transmitted by touch*.
- Up to 12% of patients who got into the hospital in first-world countries acquire HAIs (
Enter Antimicrobial Copper
Antimicrobial copper is a range of copper alloys scientifically proven to kill greater than 99.9% of bacteria within 2 hours. This property reduces the risk of infections by at least 40% and up to 69%. Other exceptional properties of antimicrobial copper:
- Far more effective than stainless steel or silver-containing coatings
- Continuously kills bacteria that causes infections reducing bioburden and the risk of acquiring an HAI
- Remains effective after repeated wet and dry abrasion and re-contamination
- Natural tarnishing does not impair the efficacy
- Not harmful to people of the environment (completely recyclable)
- Antimicrobial copper is inherently antimicrobial and requires no chemicals to make it that way.
There are over 450 different antimicrobial copper alloys in a wide range of colours and surface textures which makes it a suitable fit for all interior designs.
An Australian First
Sandringham Hospital has become the first in Australian hospital to install antimicrobial copper touch surfaces to augment existing infection control procedures. Undergoing a refurbishment and extension, the 105-bed facility in Melbourne has installed many high-touch surfaces made from antimicrobial copper, which will continuously reduce bioburden, 24/7 and in-between regular cleans.
Bendtech & Antimicrobial Copper Products
Bendtech is excited to be offering a range of its current stainless steel products in antimicrobial copper. Contact us for more information about this amazing alloy and the types of products we can offer manufactured from this alloy.
* The Secret Life of Germs. P Tierno, Atria Books: New York, NY, USA. 2001.
** Report on the Burden of Endemic Health Care-Associated Infection Worldwide - A Systematic Review of the Literature (1995-2010), 2011