ecojenano
NANOSTERILE is a coating of protective layer of titanium dioxide (TiO2) nanoparticles, which are capable of destroying bacteria, viruses, mold, dust, odors and chemical substances released into the environment.

The technology was developed in Japan and has several patents. Biocide effects of TiO2 markedly improve the protection of human health in the environment( therefore reduces the morbidity of employees). TiO2 is a substance occurring commonly in nature, but the smaller the particles are, the better efficiency is achieved. (NANO STERILE uses particle size of 2-3 nm, so far the smallest particles being used on our earth).Silver nanoparticles affect the cellular metabolism of bacteria and suppress their breathing. They dont have toxic effect on human cells.

Removal of harmful organic chemicals, viruses and fungi functions on the basis of photocatalytic reactions. Photocatalysis is activated by incidence of light on the treated area, thus its surface will heavily oxidize. Bacteria and viruses that come into contact with such an active area are decomposed to CO2 and H2O. Antimicrobial activity of silver is not contingent on the light, therefore it also works in the dark.
To start the process of photocatalysis it does not need any special rays, sunlight is absolutely sufficient. Great advantage is durability of the protective layer, which we guarantee for 2 years. This way , on the natural basis, constantly cleans and disinfects your environment and without the use of aggressive chemicals. Disinfection effectiveness of TiO2 is according to studies 2x higher than that of chlorine disinfectants and 1.5 times by ozone as a disinfectant.

NANOSTERILE is the perfect solve of the SBS problematic (sick building syndrome) which presents a wide range of medical and psychological problems. You can read more about SBS and beneficial effects NANOSTERILE here…

 

howitworkeTIO2-ochrana
Removal of harmful organic chemicals, viruses and fungi functions on the basis of photocatalytic reactions. Photocatalysis is activated by incidence of light on the treated area, thus its surface will heavily oxidize. Bacteria and viruses that come into contact with such an active area are decomposed to CO2 and H2O.

schemaeng      schema
To start the process of photocatalysis it does not need any special rays, sunlight is absolutely sufficient. Great advantage is durability of the protective layer, which we guarantee for 2 years. This way , on the natural basis, constantly cleans and disinfects your environment and without the use of aggressive chemicals. Disinfection effectiveness of TiO2 is according to studies 2x higher than that of chlorine disinfectants and 1.5 times by ozone as a disinfectant.
Antibacterial effect of silver is known for over 3000 years. NANOSTERILE uses except TiO2 nanoparticles silver as a highly effective antibacterial substance. Silver ions actively engage in the process of formation and growth of bacteria. They prevent cell division, block cellular metabolism and prevent the transport of nutrients.A number of strains of viruses, bacteria, fungi or other pests are through contact with these ions killed and unable to mutate.

The efficiency of NanoSterile     shield
• 90% efficiency in eliminating bacteria and living microorganisms
• 90% efficiency in disposing of viruses (flu viruses, H1N1, BSE …)
• 90% removal efficiency of odors (odors, cigarette smoke, exhaust fumes)
• 90% reduction in the occurrence of volatile organic compounds
• Reducing the risk of contact transmission diseases by up to 90%
• Decrease the incidence of allergens by up to 90%
• Destroys mold and prevents the formation of moss
• Significant reduction in the incidence of micro-dust particles
• Air ionization
• Increased air quality
• Friendly environment for asthmatics and allergics
• Self-cleaning effects, reducing the cost of cleaning services

etest99
SAMPLE, TEST DURATION – TEST STANDARD – DEGRESEMENT RATIO
Formaldehyde 24h   – day light QB/T2761-2006  –  81%
Benzén 24h                – day light QB/T2761-2006  –  82%
TVOC 24h                  – day light QB/T2761-2006  –  78%
Escherichia coli 24h – day light JIS Z2801-2000  –  90.43%
Staphylococcus aureus 24h – day light JIS Z2801-2000 – 99.82%
Klebsiella pneumoniae 24h – day light JIS Z2801-2000 – 91.67%

NanoSterile is a highly effective air purifier with minimal operating costs. It is sufficient sunlight. Adding light sources with a higher proportion of UV radiation significantly increases the effectiveness of biocides and VIROCID.
USEPA (U.S. Environmental Protection Agency – Agency for Environmental Protection, also known as EPA) recommends TiO2 as a precaution against flu epidemic.

volatile  ikony
Volatile organic compounds are used in the manufacture of many household products. At room temperatures are being released, or vaporized into the area for
several years. Many of them are toxic and their presence can lead to a variety of health problems such as eye irritation, fatigue and dizziness. Some of these, such as benzene and formaldehyde, are potential carcinogens. In many countries are therefore established programs to evaluate the quantity of these. But not always are the evaluation results available and thats why it is difficult to recognize safer products.Here is a list of noxious substances (published by EPA) used in the manufacture of products for the home (furniture, toys, household appliances …) and vehicle interiors which are harmful to the atmosphere and can be eliminated by NanoSterile:

1,1,1-trichloroethane
1,2,4-pseudocumene
acetone
Diaminoazobenzene
1,2-dibromoethane
acerophenone
Sumaresinol
ethylidene chloride
1,2-dichloroethan
benzal chloride
chlorobenzoyl chloride
trichlorohydrin
2,4-dichlorophenol
thiacetamide
benzoperoxide
dcetylenedichloride
dinitrotoluene
ethyl bromide
Benzanthracene
1,2-dichloropropane
2,4-tolylene
bromoform
cchromene
dinitrotoluene
butyl acrylate
benzoic
1,3-butadiene
Acetylaminofluorene
phenyl phthalate
chlorobenzaldehyde
1,3-dichloropropene
2-aminoanthraquinone
butanal
ethyl perchloride
2,2,4-trimethylpentane captan
chlorostyrene
2,4,6-trinitrotoluene
carbitol carbon
subsulfide
Mtolunitril
fenclofenac
2-methylnaphthalene
carbon tetrachloride
cumene
methyltoluidine
2-nitropropane
oxythiamine
cyclohexane
Teraconic
Xenol
phenol
Anone
dinitrotoluene
acraldehyde
phenanthrene
dibenzofuran
amino nitroge
propanamide
phenylic acid
dichloroaniline
aminobiphenyl
acroleic
pesticide
Dichlorodifluoromethane
chloraniline
acrylonitrile
DDVP
Acaricide
chlordimeform acetaldehyde
benzoyl
chloroform
propaldehyde
acetamino
benzene
chlorobutadiene
Tetrachlorothane
chlorothalonil
hexachlorobenzene
propoxur
stirofos
dimethyl sulfide
hexachlorobutadiene
propionyloxy
tetrahydrofuran
aldrin
disolfoton
ethyl perchloride
propene
Sulfocarbamide
dioctylphthalate
diisocyanate
propanamidezan
methylbenzene
detylphthalate
n-hexane
parathion
toluene diisocyanate
endosulfan
1,4-dihydroxybenzene
chloroxylenol
chlorodifluoromethane
epichlorohydrin
indenofluorene
isophorone
nitrosopyrrolidine
triethylamine
ethene
isopropyl ethylene
phenylene-diamine
trinitrophenol
vinyl-ethyl alcohol
malachite
benzopyridine
trimethyl phosphate
fluoranthene
malathion
benzoquinone
chloroacetic anhydride
fluorene
maleic acid
chlorofos
hexachloro-cyclopentadiene
formaldehyde
mancozeb
oil of sassafras
pentachloronitrobenzene
methyl isopropyl ether
cyanuramide
butyl alcohol
homo-hydroquinone
MTBE
carbinol
mancozeb
carbonyl fluoride
miecanyin
paspertin
phenylacrtic acid
phthalic anhydride polyurethane
nitrosodibutylamine
naphthalene
nitrosulfamide
vinylphenyl acetate
nitrosodiisopropylamine
naphthylamine
nitrosotoluene
ethylene bromiide
sodium alizarinsulfonate
triglycylglycine
N-nitroso-piperidine
ethylene chloride
methylamine
nitrobenzene
pentane
ethylene nichloride
p-methoxyphenylalanine
nitrofen
octane
dimethyl benzene
3-amino-2,5-dichlorobenzoic acid
glycerin
cyclic ketone
picric
acid bromodichloromethane
butyl glycol
o-methoxyaniline
pentachlorophenol
pentachlorodiphenyl
monobutyl phthalate
o-nitroaniline
ethyl peroxide
nitrosobutylamine cyanmethine
nitrotyrosine
anthracene
aldrine
Dimethylformamide
Accenaphthene
antiparasitic
anodynon
heptane
nitrosodiethylamine
nitrobenzene
abrodil
butyl mercaptan
nitrosopyrrolidine
N,N-dimethylaniline
hexone
2-hexanone
terephthalate
trichlorothylene
ethylaniline
ethyl thiother
homohydroquinone
aminobenzene
clobenfurol
caprolactam
phenylog
omal
chlorophenol
o-toludine
2,2-dichlorodiethyl
m-cresotyl
chlorobenzene
chloroketol
PCB

wheretoapply    nanosterile_home
Hospitals, medical facilities, laboratories
Spas, water parks, fitness and wellness centers
Farms, zoology and veterinary
Food and manufacturing industries
Hotels and pensions
Shopping centers
Automotive, Industry cars and trucks
Trucks and wagons transport
Schools, offices and institutions
Restaurants and cuisines
Household
Shopping carts
Outdoor applications

bacterial
As an example we present the study of Dr. Gerb of the University of Arizona, about the contamination of the office environment , which states that a work desk, keyboard, mouse and phone many times (the phone 500x) exceeds the amount of bacteria per inch ² the toilet bowl. The reason is simple, toilets are cleaned several times a day with aggresive disinfecting chemistry, but how often do you disinfect your phone or keyboard? Biocidal effects NanoSterile can also be applicated on places where you all do not expect to …

stat
CFU/in² – bactery quantity on 1 sq-inch | (source: CNN News Report Feb 2004 Arizona Univ. & Clorox co.)

docsdownl
Safety card (pdf)
Safety elaboration (pdf)
reportEN

faqq
Is TiO2 dangerous for people or animals?
TiO2 does absolutely no harm to people and domestic animals. It is even used as an ingredient in many toothpastes.

Does NANOSTERILE leave behind any stink after the application?
No. It leaves no stink at all. Reversely, after the start of photocatalytic reaction are undesired odors being eliminated.

Why has NANOSTERILE sterilizing and antimicrobial effects?
Majority microbes die very quickly already in contact with the surface treated by NANOSTERILE coating. Besides it, NANOSTERILE decomposes toxins from killed microbes, into harmless vapors.

What odors NANOSTERILE eliminates?
It removes almost all the odors, e.g. tobacco smell, odors of volatile substances( formaldehyd…) or even various smells after domestic animals.

Does it work well in cold enviroments?
Yes, we guarantee 100% efficiency even in the freezer.

Removes NANOSTERILE cigarette odors and substances such as tar and nicotine which was penetrated into the fabrics?
Yes, it will remove these unwanted substances from fabrics and also other more than 400 known carcinogens that cigarette smoke contains.

Can NANOSTERILE be applied onto the carpet?
Yes, and with great results! Carpets treated by Nano TiO2 will not only resist odors and grease. Superior Efficiency if you have pets.

How does NANOSTERILE effect houseplants?
Areas treated by coating degass the air of organic compounds (ethyl….) that are also in the human breath or cigarette smoke. These substances are harmful to plants and thus they faster age and die. Therefore, we recommend also to florists.

Can NanoSterile help to asthmatics?
Yes if the cause of asthma are the irritant substances in the air( (aldehydes of plastic, organic matter, dust mites, spores …)

Can it do any harm to colored paint coating on the walls?
After drying of the layer occurs extremely photocalitic thin film which features except the air cleansing function also solidifies the base. Lifetime of the layer / paint will increase to 3 times.

We have a problem with moss on a tiled roof. Can NANOSTERILE help?
After cleaning the roof (fungicide formulation with high pressure cleaning – WAP) can be NANOSTERILE applied. On the surface of roof tiles appears a layer in which TiO2 particles are trapped and photocatalitic prevent the formation of moss. At the same time a roof treated this way cleans the outdoor air (exhaust fumes …)

Is it possible to reduce the morbidity with NANOSTERILE for example in Schools?
Laboratory tests show that illuminated area treated with NANOSTERILE very effectively destroys bacteria and viruses. Enabling it to not only reduce the morbidity in pre-school and school facilities , but also in offices, banks, social facilities, public transport…

Does NANOSTERILE really absorp the cigarette smell?
Yes, and very effectively. And not only removes the smell, but in treated areas can no longer appear the bad smell typical for pubs in which you can smoke…

Can NanoSterile be applied to walls that are becoming wet and forms a mold on them?
Yes, we have had excellent results. Spray may be used to remediate the molded room.
appliparteTIO2-ochrana

NANOSTERILE may be applied only by certified application partners, who are trained for the purpose. Application partners have experiences in the preparation of the various surfaces before applying NANOSTERILE, actual application with ULV devices specially adapted for the needs of the application of TiO2 and only they are authorized to issue the certificate and mark areas, vehicles with the trademark. Hereby we can guarantee maximum efficiency of NANOSTERILE and guarantee lifetime of the protective layer TiO2 for 2 years.

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Bratislava Fun Assistants, s. r. o., Klatovská 7, 821 04 Bratislava, phone: 00421 918 454 003, info@bfacleaning.sk, non-stop