BACOBAN FACTS

• No volatile organic compounds (VOCs)

• Fragrance free

• Water based

• Will not damage surfaces

• Alcohol, Phenol & Aldehyde free

• Continuously effective for up to 10 days

• Biocompatible

• Dermatologically Tested

• Exceptional coverage for bacteria, fungus & viruses

including Hep B & C, HIV, Influenza (H1N1, H5N1),

Rotavirus & Adenoviruses, Norovirus, TB & more

• Significantly contributes to odor control

• Globally patented controlled release technology

• Health Canada issued DIN# 02467690

• Made in Canada

The Newest Technology and the Next Generation in Cleaning

How Does Bacoban Work?

Conventional disinfectants are effective immediately - but only for a short period.

Microorganisms are only destroyed during the wet time of the traditional disinfectant’s active

period. When the traditional disinfectant has evaporated, the cleaned area is again subjected

to microbial strains. Between traditional disinfectant cleaning times a hygiene gap is

developed. During this hygiene gap there can be a continuous settlement by microorganisms

allowing for cross contamination.

Bacoban resolves this hygiene gap. This unique patented controlled release technology allows

Bacoban to remain on the surface for up to 10 days, destroying pathogens the entire time.

Bacoban is Water Based and Ready To Use!

EFFICACY CLAIMS

• Staphylococcus Aureus (MRSA, VRSA)

• Staphylococcus Epidermidis (MRSE)

• Pseudomonas Aeruginosa

• Salmonella Enteritidis

• Klebsiella Pneumoniae

• Bordetella Pertussis

• Human Coronavirus 229E, OC43

• Escherichia Coli

• Adenovirus

• SARS and MERS-CoV

• Crimean-Congo Haemorrhagic Fever Virus

• Hepatitis B, C & D Virus

• HIV

• H1N1, H3N2, H5N1

• Norovirus

• Rotavirus

• Ebola Virus

• Bordetella Pertussis

• Mycobacterium Tuberculosis (TB)

• Herpes Simplex Virus (HSV)

• Influenza Virus A

• Klebsiella Pneumoniae (MDR, ESBL/MRGN)

• Candida Auris

• Aspergillus Brasiliensis

• Microsporum Canis

• PLEASE CONTACT FOR COMPLETE LIST

Sponge structure on a nanoscale in an empty state

Sponge structure with Benzalkonium Chloride the active Ingredient in Blue

HOW DOES BACOBAN® DLUS WORK?

Controlled Release Technology

BACOBAN DLUS® (Drug License United States) is a surface cleaner and disinfectant that was formulated

in Europe over 10 years ago and has been used in healthcare and other markets with great success.

BACOBAN DLUS is now being introduced to the North American market and holds DIN (Drug

Identification Number) from Health Canada. The term Controlled Release Technology is a new concept to

North America and requires some explanation.

BACOBAN DLUS utilizes a globally patented new concept referred to as “Controlled Release Technology”

which is a method that highly advances the disinfection process for surfaces. Traditional chemical products

and procedures have wet contact times, but the killing action for pathogens stops once the agent dries or

evaporates. This is not true with BACOBAN DLUS, as it remains on the surface in an active state with no

biofilm or build-up of any kind. When BACOBAN DLUS is applied, it leaves a thin layer on the surface

that is measured on the nanoscale of measurement. This microscopic layer is not detectable by sight or touch

and does not change the surface in any way.

Why the Anti-microbial effect for up to 10 days?

After BACOBAN DLUS is applied, its carrier (which is simply water) evaporates. BACOBAN DLUS then

forms nano-sized sponges which store the commonly found biocide/active ingredient, Benzalkonium

Chloride.

The biocide “housing” stored within the microscopic layer is referred as Sol-gel. When a new pathogen

settles on this layer there is an interaction between the pathogen’s liquid carrier and this microscopic layer.

The interaction triggers a release of the disinfectant from the blue housing. This delivers the disinfectant

(BZK) through a controlled release system which can last on a surface for up to 10 days with a proven

process that utilizes patented technology to kill the invading pathogens.

BACOBAN DLUS is the only product in the world with this ability!

Why controlled release technology saves lives?

Conventional disinfectants are effective immediately – but only for a short period of time.

Microorganisms are only killed during the first few minutes of a traditional disinfectant’s active period.

Within minutes, when the traditional disinfectant has evaporated, the area treated is again subjected to

microbial strains until the next disinfection. The net result is a long hygiene gap that continues until the next

scheduled disinfection. During this time, surfaces are subjected to the repeated settlement of

microorganisms.

With BACOBAN DLUS®, the primary objective was to develop a surface disinfectant that not only

disinfects but also actively stands guard until the next scheduled disinfection.

The fact that the research development team in Germany created a method of effectively maintaining a

disinfectant on the surface for up to 240 hours/10 days was a complete surprise not only to the scientists

doing this research, but to all independent test labs and health facilities engaged in the testing of BACOBAN

DLUS.

The long-lasting and continuing effect of BACOBAN DLUS does not change hygiene cleaning procedures,

but rather ensures higher safety against the spread of germs and viruses and reduces the risk of cross

contamination during these hygiene gaps.

Results according to ASTM E 2180:

The highest microbiology testing facility in the world proved that surfaces disinfected with BACOBAN

DLUS remained active throughout the 10 day testing period.

3 Days 5 Days 10 Days

Escherichia coli > 99,997 % > 99,994 % > 99,996 %

Pseudomonas aeruginosa > 99,996 % > 99,995 % > 99,997 %

Staphyloccocus aureus > 99,997 % > 99,996 % > 99,995 %

Candida albicans > 99,997 % > 99,992 % > 99,997 %

Aspergillus niger > 99,995 % > 99,992 % > 99,837 %

-

· Adenovirus

· Andes virus

· Arbovirus

· Batai virus

· Bunyamwera virus

· California encephalitis virus

· Central European encephalitis (CEE) virus

· Chapare virus

· Chikungunya virus

· Coronavirus (incl. SARS and MERS CoV)

· Crimean Congo haemorrhagic fever virus (CCHVF)

· Cytomegalo virus (CMV)

· Dengue virus

· Dobrava-Belgrade virus

· Duvenhage virus

· Eastern equine encephalitis virus

· Ebola virus

· Epstein-Barr virus (EBV)

· Everglages virus

· Guanarito virus

· Hantavirus

· Hantaan virus

· Hendra virus

· Hepatitis B virus (HBV)

· Hepatitis C virus (HCV)

· Hepatitis D virus

· Herpes simplex virus (HSV)

· Human immunodeficiency virus (HIV)

· Human Coronavirus 229E

· Human Coronavirus OC43

· Human herpesvirus 6 (HHV-6)

· Human herpesvirus 7 (HHV-7)

· Human herpesvirus 8 (HHV-8)

· Human Metapneumovirus

· Human T-lyumphotropic virus

· Influenze virus A (eg; H1N1, H3N2, H5N1) and B

· Japanese encephalitis virus

· Junin virus

· Kyasanur Forest disease virus

· Lassa virus

· Louping ill virus

· Lujo virus

· Lymphocytic chriomeningitis virus (LCMV)

· Machupo virus

· Marbug virus

· Mayaro virus

· Measles virus

· MERS Coronavirus

· Molluscipoxvirus / Molluscum contagiosum virus

· Mokola virus

· Mumps virus

· Nipah virus

· Norovirus

· O’nyong-nyong virus

· Oropouche virus

· Parainfluenza virus

· Powassan virus

· Puumala virus

· Rabis virus

· Rift Valley fever virus

· Respiratory syncytial virus

· Ross River virus

· Rotavirus

· Rubella virus

· Russian spring-summer encephalitis (RSSE) virus

· Sabia virus

· Sandfly fever virus (eg; Toskana virus)

· SARS coronavirus

· Semliki Forest virus

· Seoul virus

· Sindbis virus

· Sin Nombre virus

· St. Louis encephalitis virus

· Tacaribe virus

· Tick-borne encephalitis virus (TBEV)

· Totovirus

· Usutu virus

· Vaccinia virus

· Varicella-zoster virus

· Vesicular stomatitis virus

· West Nile virus

· Yellow fever virus

· Zika virus

VIRUS EFFICACY OF BACOBAN DLUS OCT 2019

· Actinomyces Israeli

· Actinomyces spp.

· Acinetobacter baumannii

· Acinetobacter lwoffii

· Acinetobacter spp.

· Aeromonas spp.

· Alcaligenes faecalis

· Alcaligenes spp. / Achromabacter spp.

· Alcaligenes xylosoxidans (inkl. ESBL/MRGN)

· Aspergillus brasiliensis

· Bacteroides fragilis

· Bartonella Quintana

· Bordetella pertussis

· Borrelia burgdorferi

· Borrelia duttoni

· Borrelia recurrentis

· Brucella spp.

· Burkholderia cepacian (inkl. MDR)

· Burkholderia mallei

· Burkholderia pseudomallei

· Campylobacter jejuni/coli

· Candida albicans

· Chlamydia pneumoniae

· Chlamydia psittaci

· Chlamydia trachmoatis

· Citrobacter spp.

· Corynebacterium diphteriae

· Corynebacterium pseudotuberculosis

· Corynebacterium spp.

· Corynebacterium ulcerans

· Coxiella burnetiid

· Enterobacter aerogenes

· Enterobacter cloacae (inkl. ESBL/MRGN)

· Enterococcus faecalis (inkl. VRE)

· Enterococcus faecium (inkl. VRE)

· Enterococcus hirae

· Escherichia coli (inkl. EHEC, EPEC, ETEC,

EIEC,EAEC,ESBL/MRGN, DAEC)

· Francisella tularensis

· Haemophilus influenzae

· Helicobacter pylori

· Klebsiella granulomatis

· Klebsiella oxytoca (inkl. ESBL/MRGN)

· Klebsiella pneumoniae (inkl. MDR, ESBL/MRGN)

· Leclercia adecarboxylata

· Legionella pneumophila

· Leptospira interrogans

· Leuconostoc pseudomesenteroides

· Listeria monocytogenes

· Micrococcus luteus

ANTIBACTERIAL EFFICACY OF BACOBAN DLUS OCT 2019

· Candida albicans

· Candida auris

· Candida famata

· Candida glabrata

· Candida guilliermondii

· Candida krusei

· Candida parapsilosis

· Candida stellatoidea

· Candida tropicalis

· Cryptococcus albidus

· Cryptococcus gattii

· Cryptococcus laurentii

· Cryptococcus neoformans

· Epidermophyton floccosum

· Microsporum audouinii

· Microsporum canis

· Microsporum cookie

· Microsporum distortum

· Microsporum ferrugineum

· Microsporum fulvum

· Microsporum gypseum

· Microsporum langeronii

· Microsporum nanum

· Microsporum persicolor

· Microsporum racemosum

· Microsporum rivalieri

· Microsporum vanbreuseghemii

· Trichophyton concentricum

· Trichophyton equinum

· Trichophyton erinacei

· Trichophyton gourvilii

· Trichophyton interdigitale

· (formerly Trichophyton mentagrophytes)

· Trichophyton megninii

· Trichophyton quinckeanum

· Trichophyton rubrum

· Trichophyton schoenleinii

· Trichophyton simii

· Trichophyton soudanese

· Trichophyton verrucosum

· Trichophyton violaceum

· Trichophyton vanbreuseghemii

· Trichophyton yaoundei

FUNGAL EFFICACY OF BACOBAN DLUS OCT 2019