Product category:
Washing and sterilisation equipment
News Release from: BioCote | Subject: BioCote
Edited by the Laboratorytalk Editorial
Team on 13 December 2004
Just a finger can spread infection
Electrical switches and sockets are the latest items to become available with surface hygiene protection to combat the spread of disease carrying organisms
In the fight to help eliminate hospital acquired infections (HAI), and the general spread of disease carrying organisms through cross infection, white moulded electrical lighting and power accessories from Crabtree can now be supplied with BioCote advanced surface hygiene protection Anyone with infection on their hands, could, through the simple action of operating a switch with their finger, set in motion a potentially dangerous train of cross infection
This article was originally published on Laboratorytalk on 8 Jul 2005 at 8.00am (UK)
Related stories
It's curtains for healthcare acquired infections
Anti-microbial surface treatment is applied to overhead cubicle curtain track system to help in fight against infection and cross-contamination that lead to healthcare acquired infections (HAIs)
Helping beat healthcare acquired infections
Biocote's latest technology partnership is with Modulex, a company specialising in the design and supply of both internal and external signage and wayfinding systems
Bacteria deposited in this way can quickly multiply, transfer to the next person operating the switch and be passed-on through casual contact to other items of equipment and people, creating ever spreading sources of potential contamination.
This pernicious form of cross-contamination can occur not only in areas of high risk, such as hospitals and medical laboratories, but throughout the healthcare market including residential and care homes.
Areas of food preparation and processing can also pose similar risks.
Further reading
Shut the door on cross-contamination
Those responsible for fitting-out healthcare establishments and laboratories now have the option of recommending products that inhibit the growth of infectious micro-organisms
Silent sentinel offers long term protection
Surface hygiene system provides permanent protection against the growth and proliferation of food pathogens, bacteria and other disease causing micro organisms
However, specifiers, suppliers and installers of 13amp socket outlets and lighting switches can now provide an effective answer to this particular problem.
Products in the Crabtree Capital and Rockergrid range can now be supplied with BioCote anti-microbial surface treatment which provides a full 24.7 protection.
The products available include both switched and unswitched 13amp socket outlets, together with fused connection units for power control.
These are complemented by plate switches for lighting control including the Rockergrid modular range of moulded rocker switches and face plates.
These products will be supplied in a 'clinical white' finish to identify them from other similar products in the range.
The BioCote hygienic treatment is incorporated into the moulding material and provides an effective, permanent protection which inhibits the surface growth of harmful organisms.
These can include the antibiotic resistant superbug MRSA (staphylococcus aureas), together with many other bacteria including E coli, listeria, legionella, salmonella etc This latest development is part of a continuous programme of innovation and evolution for the Crabtree range, ensuring that these products offer a combination of safety, performance and additional unique hygienic surface protection that cannot be obtained elsewhere.
The provision of advanced surface protection of plastic moulded products is only one of a growing portfolio of treatments available from BioCote.
Other substrates that can benefit from similar treatments include metal, wood, GRP sheets, fabrics and even paper/board materials, which can confer unique hygienic properties to manufactured products.
• BioCote: contact details and other news
• Email this article to a colleague
• Register for the free Laboratorytalk email newsletter
• Laboratorytalk Home Page

