Anti Bacterial Coating Presentation Consist
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What is Anti Baterial Coating ?
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How does T2 Germ X Function ?
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What are the Special Features & Efficacy of T2
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Germs X ? What are Typical application areas ? Which are various Application Methods ? Anti Bacterial Coating
Why choose our products? ■
They are eco-friendly
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They are solvent-free
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They have excellent technical characteristics
Anti Bacterial Coating
What is Anti Baterial Coating ? The control of micro-organisms such as bacteria, viruses, fungi, mold and mildew on surfaces has long been a matter of human life or death. While we can temporarily disinfect a surface with strong cleaners, especially with powerful oxidizers, the need for effective, durable antimicrobial surfaces is an even higher priority today with the presence of multidrug resistant pathogens such as MRSA and C. difficile.
Anti Bacterial Coating
How does T2 Germs X Works ? Light
Powered Protection
T2 Germs X uses innovative green photocatalytic chemistry with Nano Composite Crystal to continuously kill all bacteria, viruses, and fungal spores and reduce VOCs and Odors. Utilizing sunlight and/or typical interior lighting as its energy source. Provide a cleaner and healthier environment with safe, Transparent Nano Composite Crystal and durable - 24/7/365, It provides a selfcleaning hygienic surface that is effective indoors or out, and is easily and economically applied to virtually any new or existing surface, including metals, glass, ceramics, plastics, and textiles. Anti Bacterial Coating
What are the Special Features of T2 Germs X ? Kills all types of bacteria, viruses and fungal spores Acts as a bacteriostatic that inhibits bacterial growth through immobilization and also degrades all endotoxins resulting from bacteria death The spread of pathogens is also reduced due to the electrostatic binding at the surface It also kills dangerous spores such as Clostridium difficile and decomposes their toxins
Anti Bacterial Coating
What are the Special Features of T2 Germs X ? It does not cause resistant strains of microbes because its killing mechanism is strictly oxidative, not enzymic or antibiotic
Anti Bacterial Coating
What are the Special Features of T2 Germs X ? Mold and mildew growth is inhibited by this same continuous Photo - mineralization
Anti Bacterial Coating
What are the Special Features of T2 Germs X ? Constantly working 24 hours a day to create an antiseptic surface, does not wear out and does not require new material to be exposed in order to be effective
Anti Bacterial Coating
What are the Special Features of T2 Germs X ? It is not a diluted chemical poison (phenols and quaternaries), dangerous pesticide (Microban) or heavy metal (silver ions)
Is safe in all environments. There are no dangers of allergies, skin irritations or other deleterious effects
Anti Bacterial Coating
What are the Special Features of T2 Germs X ? It decompose Volatile Organic Compounds (VOCs) and Odorous chemicals
Anti Bacterial Coating
What are the Special Features of T2 Germs X ? Volatile Organic Compounds (VOC) Chemicals that emit gas are called VOC. Another common term, Total VOC (TVOC) is a combined variety of organic chemicals that emit gas. They are measured in micrograms per meter cubed (µg/m3) of air, parts per million (ppm), or parts per billion (ppb). Most buildings will have TVOC levels ranging from 100-500 µg/m3 (Aerias). Table 1, below, is used as a guide to compare TVOC results with its symptoms. Table 1: TVOC and Symptoms TVOC Symptoms < 200 µg/m3
No irritation or discomfort expected
200 – 3,000 µg/m3
Irritation and discomfort may be possible
3,000 – 25,000 µg/m3
Discomfort expected and headache possible
> 25,000 µg/m3
Toxic range where other neurotoxic effects may occur Anti Bacterial Coating
Anti Bacterial Coating
What are the Special Features of T2 Germs X ? T2 Germs X treated surface makes it a valuable tool in all environments, indoors and out, where air pollutants and harmful gases and odors are prevalent
What are the Special Features of T2 Germs X ? Extremely Nano Composite Crystal size provides much more surface area for UV absorption helping reduce damage to plastics, paints and textiles, human skin dangerous UV-B
,
particularly
Anti Bacterial Coating
What are the Special Features of T2 Germs X ? Provides a corrosion resistant oxide barrier when applied to metals. Through a process of passivation
Coated Uncoated
304 Stainless Steel, after 4 weeks immersion in 3.5% wt salt water
Anti Bacterial Coating
What are the Special Features of T2 Germs X ? Act as a â&#x20AC;&#x2DC;wetting agentâ&#x20AC;&#x2122; that helps water sheet off, instead of typical beading which leaves spots. The coating forms a very thin water film which easily runs off, taking dirt, oils and contaminants with it.
Untreated
Treated
Anti Bacterial Coating
What are the Efficacy of T2 Germs X ? Test Result shows the efficacy of T2 Germs X on following Organism (bacteriaâ&#x20AC;&#x2122;s) . Test Organism (Bacteria)
Percentage of reduction /killing / inactivation on anti bacterial coated surface With in 30 minutes of contact time
Percentage of reduction /killing / inactivation on anti bacterial coated surface With in 24 hours of contact time
Escherichia Coli
91.8%
95 .72 %
Salmonella Typhi
91.8%
99.18%
Shigella flexneri ( Clinical isolate)
85.72%
98.63%
Pseudomonas aeruginosa
99.99%
99.99%
Methicillin Resistance Staphylococcus aureus
92.19%
92.19%
Staphylococcus aureus
84.75%
84.75%
Aspergillus niger
91.27%
92%
Bacillus Subtilis
98.54%
99.3%
Bacillus cereus
98.7%
99.61%
Anti Bacterial Coating
What are the typical application areas Virtually any ? surface can be protected by T2 Germs X coatings. T2 Germs
X is currently in use on a myriad of surfaces, from shopping carts, smart phone covers, and gym equipment to hospital operating rooms, hotel rooms and entire building glass and exteriors. The imagination is the only limitation for beneficial uses of the innovative green chemistry of T2 Germs X . The greatest health benefits are for community environments, both indoors and out, where continually hygienic surfaces are most necessary to guard against the unknowing spread of germs, viruses, bacteria and fungus such as
# Healthcare Facilities Schools, Public , Government Facilities , Correctional Institutions
# Supermarkets, Produce Distribution, Restaurants
# Hotels, Cruise Ships, Tourist Facilities , Restrooms
# Athletic Facilities, Sporting and Entertainment Venues # Transportation # Residences & Commercial Buildings Anti Bacterial Coating
Which are various Application Methods ? The method to apply T2 Germs X depends on the type and size surfaces to be coated and the importance of the cosmetics of the finish. T2 Germs X can be sprayed, brushed, rolled or even printed onto any clean, dry surface. No mixing or primers are required. T2 Germs X is synthesized and delivered in a ready to use water based formula and the goal is an even dispersion in a thin film. A finely atomized mist with very small droplets is ideal so as the water base that the Nano crystals are suspended in evaporates, excess concentration and spotting is eliminated. Just let air dry and enjoy the benefits of protection for several years of use. Heat drying can be used to accelerate cure time.
Anti Bacterial Coating
Which are various Application Methods ? The simplest and easiest way to apply T2 Germs X to a variety of surfaces is with an inexpensive High Volume Low Pressure (HVLP) electric sprayer. A reasonably fine mist coat can be applied to a variety of substrates: matte walls, ceilings, furniture, textiles, carpet and touch-points. Typical yield is 400 square feet per liter of T2 Germs X
Anti Bacterial Coating
Which are various Application Methods ? For large jobs and a better finish, an industrial quality HVLP sprayer, like the Fuji Mini-Mite with a fine atomizing nozzle (#3 aircap) can be used. Yield and cosmetic appearance are improved as the mist is more uniform and directed. Typical yield is 500 square feet per liter of T2 Germs X
Anti Bacterial Coating
Which are various Application Methods ?
For OEM, professional application or cosmetically critical surfaces electro-static spraying will greatly increase coverage (up to 1,500 ft² /liter), enhance evenness and minimize spotting. We very highly recommend air-assisted water borne electrostatic spray equipment. Our Smart Coating technology can be easily applied to virtually any surface including metals, glass, high gloss surfaces, and objects with complex shapes. The highly efficient electrostatic sprayer will give 2-3 times more coverage than HVLP spraying bringing T2 Germs X material costs down to the economical range.
Anti Bacterial Coating
About Electrostatic
Electrostatic application is common in liquid and powder paint coating, ink-jet printing and agricultural pesticide spraying because creating opposite charges dramatically improves the deposition (coating) of droplets onto target surfaces by the forces of attraction. The electrostatic sprayer is more effective than conventional methods because it creates an attractive force between charged droplets and the target. Since the electrostatic force on charged droplets is up to 75 times the force of gravity, the charged droplets of T2 Germs X can be pulled up, down, sideways and even completely around the closest surface. This enables surfaces to be evenly coated, even with complex shapes and textures. By creating an electrostatic wraparound, the droplets can coat the underside, backside and every small crevice. Additionally, the charged droplets resist coalescing into larger droplets both in transit and deposition because they resist the similar charge each carries. Coatings are uniform, virtually eliminating drips, runs and uncoated areas. Since the water in T2 Germs X is only the carrier for the active nano particles, the smaller droplets evaporate quickly, leading to shorter drying times and faster bonding. The thin film coat produces superior transparency. Anti Bacterial Coating
Electrostatic Demonstration
Spray with out Electrostatic Action
Spray with Electrostatic Action Anti Bacterial Coating
Anti Bacterial Coating