INNOVATION IN ANTIMICROBIAL SURFACE PROTECTION
ANTIMICROBIAL MAT & FILM
ANTIMICROBIAL, SELF-ADHESIVE, TRANSPARENT FILM intended for antimicrobial protection of surfaces with high frequency of use in areas that require a high level of hygiene and security (critical areas and areas of increased traffic and congestion of hospitals and clinics, clinics, public spaces, means of transport, etc.).
ANTIMICROBIAL MAT intended for antimicrobial protection of floors in areas with high frequency of use that require a high level of hygiene and security (critical areas and areas of increased traffic and congestion of hospitals and clinics, clinics, public spaces, means of transport, etc.).
The CBS BIOMASTER ANTIMICROBIAL MAT and the SELF-ADHESIVE FILM have a built-in specific, broad-spectrum antimicrobial and antifungal agent (Biomaster Ag ions / Ions Silver) that has been tested according to the ISO standard 22196: 2011 against common microorganisms such as: MRSA, E.coli, Campylobacter, Aspergillus niger, Pseudomonas, Listeria, Salmonella etc.)
HOW DOES THE ANTIMICROBIAL CBS BIOMASTER TECHNOLOGY WORK?
The CBS BIOMASTER ANTIMICROBIAL MAT and the SELF-ADHESIVE FILM suspend growth and kill with efficiency > 99.9%, a wide range of pathogenic microorganisms (bacteria, fungi and viruses) that colonize and multiply on floor and other surfaces, providing continuous and long-lasting protection.
Efficiency > 99.9% (after 2 hours contact)
Continuous and long-lasting protection
1. Ag ions bind to the outer cell wall of germs, disrupting their growth.
2. Ag ions suspend the production of enzymes (energy of cell production).
3. Ag ions stop DNA replication (prevent reproduction).
TESTED EFFECTIVENESS AGAINST SARS-CoV-2
The Silver Ions Biomaster technology that is incorporated in the ANTIMICROBIAL MAT & FILM of CBS Medical is also effective against viruses such as Norovirus and H1N1 and SARS-CoV-2_COV2019 ITALY / INMI1
The CBS BIOMASTER ANTIMICROBIAL MAT & FILM was tested according to ISO 21702: 2019 against SARS-CoV-2_COV2019 ITALY / INMI1 from an independent laboratory
The CBS BIOMASTER ANTIMICROBIAL MAT & FILM has been certified to reduce the viral load SARS-CoV-2_COV2019 ITALY / INMI1 by:
40% after 2 hours contact
and 91% after 6 hours contact
The advanced technology’s products of CBS Medical, Italy, are treated with Silver Ions’ (Αg+) BIOMASTER technology, which carry unique properties for protecting from bacteria and viruses, including SARS-CoV-2_Covid-19.
While the regular antimicrobial mats and films act only as bacterio-static agents, CBS- Silver Ions (Ag+) microbiocide active factor of BIOMASTER technology operates in the pathogenic microorganisms’ cell membrane, disrupting their growth, which results to cell cycle arrest and apoptosis.
CBS mats and films have been proved as extremely effective against the widest range of infectious microparticles and bactericide properties and have been tested upon ISO 22196 : 2011, ISO 21702 : 2019 also for the efficiency test vs SARS-CoV-2 _COV2019.
During the pandemic, a recent study in form of experimental analysis of the University of Ferrara, in particular the chair of Cytology and Histology, proved the dramatic reduction of viruses and bacteria in hospitals upon the use of CBS mats and adhesive films.
The list of CBS products with Biomaster Ag+ agent includes ANTIMICROBIAL floor MATS and ANTIMICROBIAL ADHESIVE FILM for several type of surfaces.
Extremely thin, durable, transparent film
Waterproof, soft texture, easy to clean
Persistent and effective antimicrobial protection, active throughout the product life
Easy and quick application
Resistant to most chemical agents
ANTIMICROBIAL MAT & SELF-ADHESIVEANTIMICROBIAL FILM
HIGH LEVEL OF HYGIENE AND SAFETY:
Provides users with high level of hygiene and safety, reducing the risk of cross-contamination and infections.
RANGE OF APPLICATIONS:
The ANTIMICROBIAL MAT and the SELF-ADHESIVE ANTIMICROBIAL FILM are suitable for use on surfaces and benches in critical places, wheels, washing surfaces, workshops and reception, beds, handles and knobs, touch screens, furniture surfaces and chairs in waiting rooms, among others.