Blog

Infection Prevention – Solid Surface Solutions for Infection Control

Infection Control and Prevention Using Solid Surfaces in Healthcare FacilitiesAccording to the Centers for Disease Control (CDC) approximately one in 25 hospital patients acquire at least one infection during their stay. These findings are alarming and have triggered an urgency to address the issues surrounding patient acquired infections. Facilities managers and infection control practitioners (ICPs) are aware of how bacteria and mold grow in and on horizontal and vertical surfaces. It wasn’t until recently that sinks, countertops and wall cladding were studied as potential sites for the spread of disease.

Plastic laminate finishes on healthcare casework and wall cladding have seams and exposed edges that can harbor bacteria. Laminate is actually compressed paper; while it is dense and may appear to be non-absorbent, it is porous and will absorb moisture over time. If caulking around a sink or other seam location deteriorates, water will penetrate into the laminate and the substrate below. The substrate is usually wood or particle board. Wet wood will harbor bacteria, especially Aspergillus fungi.

A solution to these problems can be found by utilizing solid surface which inherently inhibits bacterial growth. By creating a seamless, nonporous surface where pathogens can’t grow, solid surface can help with control issues and maintenance. Solid surfaces such as Corian, Avonite, LG or Krion can survive the impacts, nicks and cuts that ruin most wall surfaces. It is renewable, repairable and reusable. If the solid surface is damaged it can be repaired onsite, saving labor costs and resources. While warranties may vary from manufacturers, some will guarantee the material for as long a ten years.

Solid surfaces have proven superior performance in healthcare applications such as wall cladding, casework, countertops and more. Let us ASsiST you protecting the health of others with our custom solid surface fabrication. Contact us today for a quote.


Click Here to Contact ASST