Gens Nano™ Product Cataloque 2007/2008 (PDF 1.69 MB)

20072007Gans Nano T M Advanced Photocatalyst Solut ions Product CatalogueGreen Earth Nano Science, Inc. (GENS)www.GensNano.com Fall/WinterGENS NANOTMQUICK INDEX 1 Copyright 2007 Green Earth Nano Science Inc. All rights reserved. By referring to this quick index you can find the information you looking for in a quick and convenient way. Technical Background - 03 Highlights - 14 Product Selection Tables - 28 Product Data Sheets - 31 CONTENT 2 Copyright 2007 Green Earth Nano Science Inc. All rights reserved. Page Technical Background 3 Nano Technology 4 Photocatalysis Mechanism 5 Self-cleaning 6-7 Anti-bacterial 8-9 PCO Environmental Purification Technology 11-12 UV Block 13 Highlights 14 Building Self-cleaning Solution 15-20Odor Elimination Solution 21Air Purification Solution 22 Advanced Sterilization Solution 23-25 Textile Treatment Solution 26 Additive Solution 27 Product Selection Tables 28 Overview 29 Exterior Self-cleaning for Buildings 30 Product Data Sheets 31 Overview 32 Product Data Sheets 33-65 TECHNICAL BACKGROUND 3 Technical Background learn more about technologyCopyright 2007 Green Earth Nano Science Inc. All rights reserved. TECHNICAL BACKGROUND –NANO TECHNOLOGY 4 What is nano technology? Nanotechnology refers broadly to a field of applied science and technology whose unifying theme is the control of matter on the molecular level in scales smaller than 1 micrometer, normally 1 to 100 nanometers, and the fabrication of devices within that size range. It is a highly multidisciplinary field, drawing from fields such as applied physics, materials science, colloidal science, device physics, supra molecular chemistry, and even mechanical and electrical engineering. Much speculation exists as to what new science and technology may result from these lines of research. Nanotechnology can be seen as an extension of existing sciences into the nanoscale, or as a recasting of existing sciences using a newer, more modern term. Two main approaches are used in nanotechnology. In the "bottom-up" approach, materials and devices are built from molecular components which assemble themselves chemically by principles of molecular recognition. In the "top-down" approach, nano-objects are constructed from larger entities without atomic-level control. The impetus for nanotechnology comes from a renewed interest in colloidal science, coupled with a new generation of analytical tools such as the atomic force microscope (AFM), and the scanning tunneling microscope (STM). Combined with refined processes such as electron beam lithography and molecular beam epitaxy, these instruments allow the deliberate manipulation of nanostructures, and led to the observation of novel phenomena. Examples of nanotechnology in modern use are the manufacture of polymers based on molecular structure, and the design of computer chip layouts based on surface science. Despite the great promise of numerous nanotechnologies such as nano particles, quantum dots and nanotubes, real commercial applications have mainly used the advantages of colloidal nanoparticles in bulk form, such as suntan lotion, cosmetics, functional coatings, and stain resistant clothing. Buckminsterfullerene C60, also known as the buckyball, is the simplest of the carbon structures known as fullerenes. Members of the fullerene family are a major subject of research falling under the nanotechnology umbrella. Fundamental concepts – nanometer One nanometer (nm) is one billionth, or 10-9 of a meter. For comparison, typical carbon-carbon bond lengths, or the spacing between these atoms in a molecule, are in the range .12-.15 nm, and a DNA double-helix has a diameter around 2 nm. On the other hand, the smallest cellular lifeforms, the bacteria of the genus Mycoplasma, are around 200 nm in length. To put that scale in to context the comparative size of a nanometer to a meter is the same as that of a marble to the size of the earth. SEM Photo for nano TiO2 TECHNICAL BACKGROUND – PHOTOCATALYSIS MECHANISM 5 Photocatalysis Mechanism When photocatalyst titanium dioxide (TiO2) absorbs Ultraviolet (UV) radiation from sunlight or illuminated light source (fluorescent lamps), it will produce pairs of electrons and holes. The electron of the valence band of titanium dioxide becomes excited when illuminated by light. The excess energy of this excited electron promoted the electron to the conduction band of titanium dioxide therefore creating the negative-electron (e-) and positive-hole (h+) pair. This stage is referred as the semiconductor's 'photo-excitation' state. The energy difference between the valence band and the conduction band is known as the 'Band Gap'. Wavelength of the light necessary for photo-excitation is: 1240 (Planck's constant, h) / 3.2 eV (band gap energy) = 388 nm The positive-hole of titanium dioxide breaks apart the water molecule to form hydrogen gas and hydroxyl radical. The negative-electron reacts with oxygen molecule to form super oxide anion. This cycle continues when light is available. Mechanism of Photocatalysis Fundamental concepts – what’s photocatalyst (photocatalysis)? The word photocatalysis is a composite word which is composed of two parts, “photo” and “catalysis”. Catalysis is the process where a substance participates in modifying the rate of a chemical transformation of the reactants without being altered or consumed in the end. This substance is known as the catalyst which increases the rate of a reaction by reducing the activation energy. Generally speaking, photocatalysis is a reaction which uses light to activate a substance which modifies the rate of a chemical reaction without being involved itself. And the photocatalyst is the substance which can modify the rate of chemical reaction using light irradiation. Chlorophyll of plants is a typical natural photocatalyst. The difference between chlorophyll photocatalyst to man-made nano TiO2 photocatalyst (here below mentioned as photocatalyst) is, usually chlorophyll captures sunlight to turn water and carbon dioxide into oxygen and glucose, but on the contrary photocatalyst creates strong oxidation agent and electronic holes to breakdown the organic matter to carbon dioxide and water in the presence of photocatalyst, light and water. Photocatalyst & Chlorophyll TECHNICAL BACKGROUND – SELF - CLEANING 6 Overview Gens Nano self-cleaning coating is a special nano photocatalyst coating combined by photocatalyst and nano technology. Generally, detergents reduce the surface tension of water and the contact angle is lowered. When the surface of nano level photocatalytic film is exposed to light, the contact angle of the photocatalyst surface with water is reduced gradually. After enough exposure to light, the surface reaches super-hydrophilicity. In other words, it does not repel water at all, so water cannot exist in the shape of a drop, but spreads flatly on the substrate. The hydrophilic nature of titanium dioxide, coupled with the gravity, will enable the dust particles to be swept away following the water stream (rain), thus making the key feature of self-cleaning and easy-cleaning. Features of Photocatalyst 1. Super Hydrophilicity The photocatalyst coating will show the super hydrophilicity feature under light irradiation. The contact angle of the surface will be reduced to <10 degree, which brings 5 benefits of this feature. I. The water will not form a water drop on the surface when its contact angle is <10°, it will form a water film. The water will be in flat condition on the surface. This will help to reduce the water strain after rain wash. II. Generally, detergents reduce the surface tension of water and the contact angle is lowered. We call it hydrophilicity feature. Gens Nano coating’s super-hydrophilicity simulates this feature, so that a single surface wash with water on can reach the same effect as a traditional cleaning with detergent. So after a rain wash, the surface will be cleaned like after using traditional wash with detergent. Water drop Non-Photocatalyst coated Water drop Photocatalyst coated Figure-1 Difference between coated and non-coated surface Not coatedNano-Photocatalyst coated Gens Nano Coating on Aluminum panel III. The hydrophilic feature can keep the water on the surface and the entire surface can be covered with only a little water. This will prompt its transpiration. So if it is coated on a building wall, the building will need less energy to cool down in summer. If it is coated on a panel in the compressor of air condition, the air condition system will show better efficiency. IV. Since the dust in the air usually has a high contact angle, the low contact angle of the coated surface will avoid the dust adsorption. V. The hydrophilicity can make the surface with no water drops while raining, so it looks cleaner in rain. Self-cleaning. TECHNICAL BACKGROUND – SELF - CLEANING 7 Photocatalyst coated Non-photocatalyst coated 2. Organic Decomposition Feature. When the coating is exposed to sunlight, it can decompose almost all organic substances on the surface, which have the following 2 benefits. i. When the coat decomposes attached organic pollutant on the surface, it will make the surface cleaner, and after the moleculeis decomposed, other inorganic pollutant will unlikely stay on the surface, and can be easily washed down by rain or other cleaning method. ii. The coat can also purify the air around the building. Actually, the product is used to purify the NOx gas generated by the car pollution. When the road side walls are coated, the surface will get clean and the environment around can be greatly improved as well. (Organic and inorganic pollutants are strongly adsorbed on the surface of the wall which is coated with photocatalyst.) Organic pollutant Inorganic pollutant Nano-Photocatalyst coated(At the presence of light, the photocatalyst will decompose organic pollutants. Without the adhesion of organic pollutant, inorganic pollutant left on the surface can be easily swept away.) 3. Anti-bacterial and Anti-mold There are 2 benefits of this feature. i. The product can prevent mold or moss, so it will keep building exterior cleaner. ii. The anti-bacterial feature will not only effect the coated surface but also kill and decompose bacteria in the surrounding air because of the air flow.4. Anti-UV Feature Gens Nano can absorb some UV and protect the surface. The UV light may couse some colored surfaces to fade. Gens Nano protects the surface from the UV damage. 5. Antistatic Feature The antistatic feature can resist the static adsorption of the small dust such as ash, coal powder and etc. Nano-Photocatalyst coated Normal surface Antistatic surface Tips: How to take advantage of the super-hydrophilic feature? The super-hydrophilic feature can provide the same effect like detergent (reduce the contact angle of the surface). Self-cleaning: If there is rain, Gens Nano coating provides self-cleaning feature after rain wash. The rain wash have the same effect to your traditional surface cleaning with detergent. Easy-cleaning: If there is no rain, you just need simply wash the surface using water. Your single water wash will also have the same effect to traditional cleaningwith detergent. TECHNICAL BACKGROUND – ANTI - BACTERIAL 8 Anti-bacterial Overview Titanium dioxide Photocatalysis is internationally recognized as one of the new sterilization materials, which can kill almost all kinds of bacteria including avian flu and SARS. It has been widely used in places with high sterilization demanding hospitals, institutions, schools etc. Gens Nano Photocatalyst has strong destructiveeffect on almost all kinds of bacteria under the irradiation of light, which can be maintained for a very long time to decompose bacteria, its body and the exdotoxin. Meanwhile, photocatalyst can wipe out the indoor allergen to reduce the incidence of respiratory diseases. Sterilization Mechanism of Gens Nano Coating Titanium dioxide itself has no toxicity to microbe and cell. It processes sterilization function only after the irradiation of UV light. At the present of light, the very strong oxidizing power of titanium dioxide can destroy bacteria’s cell wall and membrane, and react with cell component, which inhibits bacteria’s activity and ultimately results in the death and decomposition of bacteria. The sterilization of TiO2 photocatalyst presents the following 2 different biochemical mechanisms. 1. TiO2 irradiated by light directly reacts with the cells The electron-hole can directly react with cell wall, cell membrane and cell component. In the sterilizing process of microzyme and bacilli, CoA inside cell oxidized to CoA dimer loses its activity, which causes the respiration of the cell to stop and finally results in the death. During this process, the electron shift between the killed cell and TiO2 is passed by CoA. Therefore the content of CoA decreases and CoA dimer increases. 2. Indirect sterilization reaction That electron hole dissolves in water will generate active oxygen such as hydroxyl radical. The electronic structure of titanium dioxide is characterized by filled valence band (VB) and empty conduction band (CB). The band gap energy is excited and an electron is promoted from the valence band (VB) to the conduction band (CB). Then an electron-hole pair is generated (electron e- and hole h+). Typical Redox Potential of Microbe and cell (vs. SCE, PH=7) Microbe cell Concentration Cell/L Redox Potential /V Microzyme 1×1011 0.74 Escherichia coli 1×1011 0.72 Lactobacillus 5×1011 0.68 Bacillus subtilis 2×1011 0.68 Samonella typhimurium 6×1011 0.70 Cell component Concentration Cell/L Redox Potential /V Microzyme extravasate - 0.65 CoA 3.7×103 0.65 Reductive coenzyme 5.0×103 0.40 Cysteine 2.5×103 0.45 Protoplasm - 0.67 Hela cell - 0.65 Redox potential of nano TiO2: + 2.6 (vs. SCE, PH=7) The positive-hole of titanium dioxide breaks the water molecule apart to form hydrogen gas and hydroxyl radical. The negative-electron reacts with oxygen molecule to form super oxide anion(O -2 ·). Super oxide anion can react with water molecule further, which generates hydroxyl radical peroxide (· OOH) and hydrogen peroxide (H2O2). Moreover, active hydroxyl radical can combine to form hydrogen peroxide. This cycle continues when light is available. The active hydroxyl radical, super oxide anion, peroxide hydroxyl radical and hydrogen peroxide can react with biomacromolecule such as protein enzyme and lipid, which will destroy the cell structure. They react with cell wall, membrane and its component. For example, the oxidation – reduction material is necessary in the formation of adenosine triphosphate inside the hela cell. TECHNICAL BACKGROUND – ANTI - BACTERIAL 9 After reacting with the active oxygen, hela cell loses its activity and finally dies. As the cancer cell (T24) membrane is oxidized by titanium dioxide and leaks, the positive ion Ca2+ enters the cell and reacts with its inner protein, which causes the death of the cell. RRHRR CCCC =???•+= RRRR OH Take· OH for example. It can provide unsaturated bond or take out its atom H for organic matters. O2H C3ROH3 +???•+CHR The new free radical will cause chain reaction, which will lead to the qualitative change of bacterial protein and the total decomposition of lipid. The bacteria is decomposed and killed at once. Therefore, the electron hole and· OH?O -2 · ?HO2· ?H2O2 formed on the surface of titanium dioxide can react with cell wall, membrane and its component to kill the cell. In the sol, the titanium dioxide particles absorb on the surface of animalcule cells or are swallowed by the cells. As to particles swallowed by cells, electron hole and active oxygen (· OH?O -2 · ?HO2· ?H2O2) will react directly with cytologic histological elements, which improves sterilization effect. The positive-hole of titanium dioxide irradiated by UV light is an extremely strong oxidation agent, the oxygen reacted is also very active. As a result, titanium dioxide can effectively kill escherichia coli, lactobacillus, bacillus subtilis, hela cell and cancer cell (T24) etc. Furthermore, it can inhibit or prevent the growth of malignant cells and even kill green algae. Due to function of strong sterilization and malignant cells preventing, titanium dioxide is supposed to be used in indoor antisepsis and sterilization, water treatment, water pollution comprehensive management and photodynamic therapy. Actually, photocatalytic sterilization is supposed to constantly work between bacteria and titanium dioxide instead of simple surface reaction as photocatalytic degradation. As the active hydroxyl radical cannot longtime exist and cannot enter cell membrane to destroy cell structure, the sterilization effect is the result of hydroxyl radical and other active oxygen (O2· ?· OOH? H2O2). Since H2O2 can enter cell wall, it not only kills the bacteria but also decomposes lipoid like endotoxin released by its death. In addition, it can exist stably for a long time, so H2O2 can be the most important reaction medium in photocatalytic sterilization. Of course, the reaction also includes other active oxygen, and H2O2 is not the only reactant. The active hydroxyl radical performs strong oxidation inside the cell, which improves its sterilization effect greatly.TECHNICAL BACKGROUND – ANTI - BACTERIAL 10 Antiseptics Comparison The traditional antiseptics are divided into the following three ones, including organic antiseptic, inorganic antiseptic and natural antiseptic. There're two kinds of inorganic- antiseptics, one uses strong oxidant ability to kill bacteria and fungus; the other is by means of metal ion, that can effectively kill germs. However the antiseptics themselves like chlorine, chlorine oxide are bad for people’s health. The metal ion antiseptics can’t continue to decompose the germ body after killing them. Thus the germ body coats the metal ion, which greatly affects its antibacterial efficiency. The organic antiseptics compounded by scientific chemical methods usually kill germ quickly, but the germ can adapt itself to organic antiseptics easily. Meanwhile the sterilization brings toxic substances. Advantages Disadvantages Typical products Inorganic Antiseptic Heat-resistant, wide range of sterilization and no need of light The silver- antiseptics s are easy to change color, and surface coated with germ body will affect the result. Silver-zeolite, phosphate, silver silica gel Organic Antiseptic Fast and wide range of sterilization, low price Not heat-resistant, fast-drug, produce toxic substances, have pollution Phenol Natural Antiseptic High effect of sterilization, safety to human, no pollution Not heat-resistant, difficult in processing the raw material Chitosan, Sorbic Acid Photocatalyst Wide range of sterilization, high and everlasting effect, decomposition of germ body and endotoxin, safety, no pollution, harmless to human beings light required * Titanium dioxide based photocatalyst * Notes: Through combine with nano silver technology, now some novel photocatalyst can work excellently under no-light condition. TECHNICAL BACKGROUND – PCO ENVIRONMENTAL PURIFICATION 11 PCO Environmental Purification Technology Overview The environmental pollution now becomes the global problem. More and more water and air is being polluted. How to purify the environment efficiently, becomes a hot point of science research. PCO (PhotoCatalytic Oxidization) technology is considered to be a potential high efficient environmental purification technology. In 1976, scientist found that the pollutant biphenyl and biphenyl oxide can be decomposed by photocatalyst in water. This discovery leads a new environmental purification research trend. The advantage of PCO technology is its deep purification reaction ability. Even under room temperature, PCO technology can decompose the pollutant into harmless chemicals completely and rapidly. This "green" technology consumes light as power, and does not require other energy to work. Since PCO do not have re-pollution risk, it becomes a very promising next generation environmental purification technology. For now, various researches show that PCO technology can purify organic pollutants such as alkylide, acyclic compound, fatty acid, olefin, benzene,aromatic carboxyl acid, dye, surfactant, disinfection agent, haloalkylide and inorganic metal ion. The following list shows some typical EPA listed pollutants which can be purified by PCO technology. List of EPA priority controlled pollutants (PCO technology decomposable) 1,1,1-trichloroethane 1,2,4-pseudocumene acetone diaminoazobenzene 1,1,1-trichloroethane 1,2-dibromoethane acerophenone sumaresinol ethylidene chloride 1,2-dichloroethane benzal chloride chlorobenzoyl chloride trichlorohydrin 2,4-dichlorophenol thiacetamide benzoperoxide dcetylenedichloride dinitrotoluene ethyl bromide benzanthracene 1,2-dichloropropane 2,4-tolylene bromoform cchromene dinitrotoluene dinitrotoluene butyl acrylate benzoic 1,3-butadiene acetylaminofluorene phenyl phthalate chlorobenzaldehyde 1,3-dichloropropene 2-aminoanthraquinone butanal ethyl perchloride 2,2,4-trimethylpentane chloroketol caprolactam phenylog omal chlorophenol 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 aldrin chlorobenzene ethyl thiother homohydroquinone aminobenzene clobenfurol cyanmethine nitrotyrosine anthracene aldrine dimethylformamide accenaphthene antiparasitic anodynon heptane acetaldehyde benzoyl chloroform propaldehyde acetamino benzene chlorobutadiene tetrachlorothane chlorothalonil hexachlorobenzene propoxur stirofos dimethyl sulfide hexachlorobutadiene propionyloxy tetrahydrofuran TECHNICAL BACKGROUND – PCO ENVIRONMENTAL PURIFICATION 12 disolfoton ethyl perchloride propene sulfocarbamide dioctylphthalate diisocyanate propanamidezan methylbenzene detylphthalate n-hexane parathion toluene diisocyanate endosulfan 1,4\\\\-dihydroxybenzene chloroxylenol chlorodifluoromethane epichlorohydrin indenofluorene m-cresotyl trichlorothylene ethylaniline 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 2,2-dichlorodiethyl 2-hexanone terephthalate nitrosodiethylamine nitrobenzene abrodil butyl mercaptan nitrosopyrrolidine N,N-dimethylaniline hexone 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 PCB o-toludine HIGHLIGHTS 13 UV Block Overview Today, UV irradiation degeneration is becoming worse and worse problem to human society. Billions of dollars are lost in the UV damage cases. From acrylic paint to human skins, million kinds of surfaces are sensitive to UV damage. There are various UV blocking materials widely used in paints, cosmetics, coatings and other fields. Most of them are organic based, such as diphenylketone, but most organic based UV block agents are toxic and they will lose effect because of UV rays destructive power. In the movement of nano technologies, novel nano inorganic UV block agents are becoming a promising technology. There are 2 major methods of applying the nano TiO2 as UV blocking technology: as additives or coatings. Additives The cosmetic, shampoo and paint industries usually apply nano TiO2 as additive into exist system. A very low nano TiO2 dosage will have very excellent UV blocking performance. Nnano TiO2 lasts longer and is safer to human beings. Coatings Coating is an innovative way to apply nano TiO2 for UV blocking purpose. Gens offers a series of visible light transparent nano coatings, which are applicable for various surfaces. Coating layer of several hundred nano meter thick will offer excellent anti-UV feature. Gens Nano coatings can be applied in almost all applications, especially applications that can’t use additives. For example, color stucco, panels, paints and advertisements are easily degenerated by UV irradiation and cause billions of US dollars lost every year in maintenance. Nano TiO 2 UV-Vis DRS Spectrum(200-800nm)102030405060708090100800775750725700675650625600575550525500475450425400375350325300275250225200WavelengthAbsorption Rate% HIGHLIGHTS 14 Copyright 2007 Green Earth Nano Science, Inc. All rights reserved. Highlights nano solution strenghtsHIGHLIGHTS – BUILDING SELF-CLEANING SOLUTION 15 Next Generation Building Cleaning Solution Objective: Building exterior self cleaning, protection and energy saving Road self-cleaning, protection and car exhausts purification Solution: Gens Nano photocatalyst coating is the combination of photocatalyst and nano technology. Just simple application of Gens Nano coating on the building exterior surface will bring diversified excellent features to the building. Also, coating can be sprayed on highway barriers andside walks to provide the self-cleaning & air purification function. Gens Nano coating can keep the surfaces in a very new look and reduce the cleaning & maintenancecosts. Features: 9 Super hydrophilicity 9 Air purification 9 Anti-bacterial and anti-mold 9 UV damage protection 9 Surface antistatic 9 Self-cleaning 9 Easy-cleaning Benefits: ¾ Keeps the building clean ¾ Protects the surface from dust, acid rain and air pollutant damage ¾ Purifies the air pollutants near and on the surface (e.g. car exhausts, NOx, Formaldehyde, Benzene, VOCs) ¾ Decomposes the organic pollutants on the surface. ¾ Makes the surface without water stain after raining ¾ Reduces the energy consumption for cooling building in summer ¾ Restrains mildew or alga from growing ¾ Kills bacteria and virus on the surface and in the air near the coated building ¾ Absorbs UV rays from sun and protects the surface from UV damage ¾ Restrains the dust electrostatic adsorption HIGHLIGHTS – BUILDING SELF-CLEANING SOLUTION 16 Example 1. Organic pollutant decomposition Surface: Marble Product: Gens Nano E500 Application: by spray Period: 24 hours“TEST 9/6” markings made by orange marker on marble without E500 photocatalyst sol coating “TEST 9/6” markings on the marble coated by E500 photocatalyst sol on 9th June. On 10th June, orange ink has penetrated through the marble without E500 photocatalyst sol coating. On 10th June, the orange ink markings on the marble coated by E500 had been decomposed. * Note. Gens Nano photocatalyst coatings are not designed as sealants or antigraffiti coatings. This example shows coating ability to decompose organic materials. Organge marker contains organic based ink, that is easily decomposed in 24 hr.HIGHLIGHTS – BUILDING SELF-CLEANING SOLUTION 17 Example 2. Exterior wall self-cleaning Surface: Granite Product: Gens Nano E500 Application: by spray Period: 3 months This picture shows a granite wall which has become old and dirty after years of weathering. The area divided by yellow adhesive tape will be coated with E500 photocatalyst sol later. (Photo #1 dated Dec. 14th 2005) Before photocatalyst coating is applied on the surface, proper pre-cleaning work is necessary. We applied E500 on the left part of the cleaned area. (Photo #2 dated Dec. 14th 2005) After 3 months of weathering, the wall on the left side coated with E500 shows the results of our self-cleaning product. The uncoated area on the right side becomes dirty and dark due to the poor air quality and pollution.(Photo #3 dated Mar. 15th 2006) HIGHLIGHTS – BUILDING SELF-CLEANING SOLUTION 18 Example 3. Exterior column self-cleaning Surface: Granolith Product: Gens Nano E500 Application: by spray Period: 102 days Day1: 40 years’ old granolithic covering had been damaged; air, dust & pollutants had stainedthe column base as shown on photo 1 dated 2005-7-18. Lower part of the stained column base will be cleaned & treated with Gens Nano E500 Photocatalyst Coat. (Photo #1 dated Jul. 18th 2005) Day1: Lower part of column base (below the taped area) has been cleaned with cleansing agent. Dirt & stain had been removed off the stained area. Then E500 was applied to the treated area of column base. (Photo #2 dated Jul. 18th 2005) Day 36: The untreated area - upper part of the column base has become dark & dirty while the area treated with E500, (lower part of the column) remeines white & clean. (Photo #3 dated Aug. 25th 2005) Day 102: The untreated area became dark as a result of contamination by air & organic pollutants. E500 decomposes the pollutants and the self-cleaning power of E500 is evident. (Photo #4 dated Oct. 29th 2005) HIGHLIGHTS – BUILDING SELF-CLEANING SOLUTION 19 Example 4. External Limestone Cladding self-cleaning & anti-moss Surface: Limestone Product: Gens Nano E503 Application: by spray Period: 224 days BEFORE AFTER * Note. Gens Nano photocatalyst coatings are most durable when applied on clean surface. In this example, we used power wash to remove dirt before coating. HIGHLIGHTS – BUILDING SELF-CLEANING SOLUTION 20 BEFORE AFTER After 6 months there is no mold re-growth and the self-cleaning, anti-mold function of E503 is clearly visible.HIGHLIGHTS – ODOR ELIMINATION SOLUTION 21 Advanced Odor Elimination Solution Objective: Odor and foul smell control system Daily odor control coating and application Deodorizing textile and material Solution: Gens Nano photocatalyst is a novel deodorizing technology. There are two traditional odor control methods. One is to use some pleasant smell to cover the odor, such as perfume. The other is to use physical method to absorb the odor and remove it temporarily. However, the Gens Nano coating can effectively decompose the smelling materials and gases to produce water and carbon dioxide. Photocatalyst itself is a safe chemical substance with no extra pollution. It reacts as catalyst in the reaction so that its performance maintains for a long time. Photocatalyst is effective on most odors, it can be widely used from daily life to industry processing to eliminate all kinds of odor. GENS manufactures a variety kinds of nano coating products, which can be applied in different environments and places especially textile, to meet the needs of daily life and industry processing. Features: 9 Environmentally friendly, non polluting 9 Easy to apply in most sites and diversified surfaces 9 Decompose the odor molecules9 Catalytic action mode, longtime performance 9 Not only effects odor, but also purifies harmful gases, keeps the environment safe for human 9 Anti-bacterialHIGHLIGHTS –AIR PURIFICATION SOLUTION 22 Advanced Air Purification Solution Objective: Outdoor air purification (car and industry exhausts purification) Indoor air purification (Sick-house Syndrome, VOCs) Air purification device and filter industry Solution: Gens Nano photocatalyst is a next generation of air purification technology, which can treat air pollutions caused by more than 85% kinds of harmful gases such as car exhausts NOx, formaldehyde, benzene, VOCs. At the presence of light, photocatalyst produces hydroxyl radicals and holes (h+), which react with organic materials and harmful gases to produce water and carbon dioxide. There is no extra pollution in the whole purification process. The nano photocatalyst reacts as catalyst in the chemical reaction so that its performance will maintain for a long time and it will never be consumed. What’s more, we have the innovative VLR (Visible Light Response) photocatalyst manufacturing technology and our products are suitable for indoor use where UV light irradiation is weak. Features: 9 Purify most air pollution including NOx and VOCs 9 100% mineralize harmful gases to H2O and CO2 9 Environmentally friendly, no extra pollution 9 Organic pollutant decomposition 9 Catalytic action mode, long time performance 9 Odor control (see odor control for details.) 9 Anti-bacterial (see sterilization for details.) Air purification technologies comparison: HEPA1 ES Filter2 Ozone UV3 Minus-Ion Photocatalyst Mold Good Normal Good Good Normal Excellent Germs Excellent Normal Good Good Normal Excellent Virus Normal Normal Normal Normal Normal Excellent Dust Mite Excellent Good Normal Normal Normal Normal Toxicant Normal Normal Good Good Normal Excellent Odor Normal Normal Good Normal Good Excellent Smoke Good Good Good Normal Excellent Good VOCs Normal Normal Good Good Normal Excellent Allergen Good Good Good Normal Excellent Excellent Notes: 1 High Efficiency Particulate Air Filters 2 Electrostatic Filters 3 Ultraviolet HIGHLIGHTS – ADVANCED STERILIZATION SOLUTION 23 Advanced Sterilization Material SolutionObjective: Anti-bacterial & anti-virus treatment of public places and facilities such as hospitals, schools, hotels, taxis, buses etc. Anti-bacterial and anti-virus treatment for antibacterial mask, filter, clothes, device and products Home antibacterial, deodorizing, anti-allergic, defend epidemic.Solution: Gens Nano photocatalyst has strong effect on killing almost all kinds of bacteria and virus included SARS, H5N1 etc. This performance continues very long time. The Gens Nano coat can thoroughly decompose bacteria & virus, their body and the endotoxin, and has a stable effect on killing new variations of the bacteria. Due to the photocatalyst can complete decompose the bacteria and virus; it won’t lose its effect because of the bacterial body accumulation on the surface (e.g. silver antibacterial process). Meanwhile, photocatalyst also can eliminate smoke of cigarettes and pets, and wipe out the indoor allergic agent to reduce the incidence of respiratory diseases. The nano coat can be used for manufacturing antibacterial products such as mask, filter, clothes to provide convenience and comprehensive antibacterial effect for people daily life. Features: 9 Broad-spectrum sterilization, no target selection 9 High performance and everlasting effect 9 Decomposition of germ body and endotoxin 9 Safety, no extra pollution, environment friendly and harmless to human beings Benefits: ¾ Broad-spectrum sterilization feature, kill almost all kinds of bacteria and virus; meet variety anti-bacterial need. ¾ Provide deodorization and anti-allergen feature. ¾ For the anti-bacterial mask, filter and device industry. ¾ Long time efficiency, not need frequent reuse. ¾ Control and restrain outspread of mold and fungus. ¾ Efficiently defend epidemic disease in public places, such as hospitals, schools, hotel etc. ¾ For home, office and car anti-bacterial requirement, easy use & no extra pollution. ¾ For hospital, hotel, school anti-bacterial requirement, excellent performance & no odor release like chlorine oxide antiseptic. HIGHLIGHTS – ADVANCED STERILIZATION SOLUTION 24 Example.1 Anti-bacterial test of Gens Nano C380 Irradiating by 40w fluorescent lamps during testing Test Organism The Inoculums Count of “0” hour (cfu/piece) The Inoculums Count after “24” hour (cfu/piece) Bactericidal rate (%) Escherichia coli (ATCC 25922) 3.9X104 9.0X102 97.69 Staphylococcus aureus (ATCC 6538) 6.8X103 1.1X102 98.38 Pseudomonas aerugimosa (ATCC 9027) 2.8X105 84 99.97 Klesiella pneumoniae (ATCC 10031) 2.7X105 1.5X103 99.44 (Test Condition: According to GB15979-2002, tested by GUANGDONG DETECTION CENTER OF MICROBIOLOGY) Example.2 Anti-bacterial test of the lamp coated by Gens Nano X452 Stage Marking Results: Total Mould Count, ctu/plate [Sabouraud Dextrose Agar (25°C, 5 days)] Stage 1: Taken with 4 existing fluorescent lamp (normal 18W plug-in CFL) switched on. Time: 9:30 a.m. 19 Stage 2: Taken 1 hour and 30 minutes after switching existing lamp with 2 table lamp. Time: 11:00 a.m. 4 Stage 3: Taken with the same conditions 1 hour and 30 minutes after stage 2. Time: 12:30 a.m. 0 (Test Condition: This example tests the environmental anti-bacterial performance of the lamp treated by Gens Nano coating. The lamps are set in a house and then test the air bacteria in the house tested by CHEMICAL LABORATORY (MALAYSIA) SDN BHD. In-house test Method based on United States Pharmacopoeia 28) HIGHLIGHTS – ADVANCED STERILIZATION SOLUTION 25 Example.3 Anti-bacterial test under dark condition of Gens Nano coat AG400 Test Organism Bacteria concentration (cfu/ml) Sample concentrationTest times Contact time Survival bacteria from sample (cfu/ml) Survival bacteria from control sample (cfu/ml)Killing Rate % Original 1 24h <1 1.2X108 >99.9 Original 2 24h <1 1.1X108 >99.9 Original 3 24h <1 1.1X108 >99.9 Original 4 24h <1 1.4X108 >99.9 Escherichia coli (ATCC 25922) 1.2X106 Original 5 24h <1 1.0X108 >99.9 (Test Condition: According to GB15981-1995, tested by SGS, the whole process is under no-light condition) HIGHLIGHTS – TEXTILE TREATMENT SOLUTION 26 Nano Green Textile Solution Objective: Daily home textile treatment Industrial functional textile manufacturing process Integrated textile part treatment Solution: Gens Nano is a novel nano material for functional textile and fabric production to promote their property, widely used in textile processing and daily textile treatment. Gens photocatalyst sol can effectively bind on the surface of fabric. The effect will maintain forlong time after one treatment. Photocatalyst sol can also be used in the processing of textile industry, greatly promoting anti-bacterial and deodorizing performance. In anti-allergy and anti-skin disease field, Gens products also perform excellent. Gens Nano photocatalyst can remove odor and decompose harmful gas to produce water and carbon dioxide. As a result, our product can be applied on textile and fabric for air purification, such as curtain and fabric air filter. Meanwhile, there is no extra pollution and no harm for the coated textile. Our product is extremely easy to use, just dipp the textile in the sol or spray the sol on the surface. Features: 9 Deodorization & Air purification 9 Anti-allergy 9 Reduce skin disease 9 Anti-static 9 Elimination all kinds of bacteria and virus 9 Binds strongly on the surface of textile 9 Easy to use, home DIY ready 9 Totally safe to human Benefits: 9 Easy for home use, provides anti-bacterial, deodorization and anti-static functions to textile.9 Broad-spectrum anti-bacterial function for clothing, kills variety of bacteria and viruses. 9 Deodorization for clothes, e.g. remove sweat smell and other bad smell from sports suites. 9 Product integrated with the textile manufacturing for automobile can refresh the air in the automobile. 9 Personal health prevention and cure for foot odor, skin diseases, women and infant diseases. 9 Remove harmful substances from textile such as formaldehyde. 9 Applied in production of air purification functional textile. 9 No harm to human body or skin, safe, suitable for underwear 9 Widely used in textile for anti-bacterial, including mask, curtain, sheet, underwear, shirt, T-shirt, sports garments, glove, sock, towel, blanket, quilt cover, pillow cover, washing cloth and various kinds of women and children stuffs, one-off medical textile 9 Excellent anti-mold feature for wool textile product. HIGHLIGHTS – NANO COMESTIC 27 Novel Additive Solution Objective: UV blocking Super fine whitener Anti-bacterial & anti-allergenAnti-mold Solution: The high concentration GensNano photocatalyst slurry and sol products can be used as additive in many products. Products with Gens Nano slurry additive can take advantage of the advanced nano photocatalytic oxidization feature to offer anti-mold function. Further Gens Nano photocatalyst slurry will bring a long term and broad-spectrum of new functions, excellent new effects and the product combined with nano silver technology can work even in dark conditions. UV block is a basic function of nano TiO2. Today nano TiO2 is becoming one of the most promising physical, no stimulation, high efficient and inorganic UV block additive. The nano level particles can also bring silky touch to the cosmetic products. The very fine dispersing feature also makes the additive easier to use. Features: 9 UV block 9 Anti-grease 9 Anti-bacterial 9 Anti-allergen 9 Whitener 9 Super fine particle, silky touch 9 Easy to disperse 9 Safe to human Benefits: 9 UV block cream & gel cosmetic product, which can offer whitening feature at same time 9 Anti-grease shampoo, decompose & reduce the grease on grease-hypersecretion hair 9 Anti-grease cream & gel cosmetic product for reducing skin grease 9 Anti-bacterial function for skin care cosmetic, which have excellent effect to skin disease 9 Inorganic stable structure, safety to human, long life PRODUCT SELECTION TABLES 28 Product Selection Tables better choice, better solutionPRODUCT SELECTION TABLES 29 Function Room temperature Spraying coating 400 ? to 600 ? Spraying coating Room temperature New Products Exterior Self-cleaning & Anti mold E500,E502,E503 E504,E505,E506 E502,E504,E506 E505,E506 O502 O502 O502 G502 G502,G380P G502 Interior Air purification & Deodorization X500,X502 X502 AG402,AG403 AG402 PT602 PT602 Exterior Air purification E500,E502,E503 E504,E505,E506 E502,E504,E506 PT602 PT602 Anti-bacterial AG402,AG403 AG402 X502 X502 Textile F380,F500 X502 C382 Agriculture C384,C386 AG404,AG406 Overview- Other Applications Additives & Concentrates H305 S310 Basic Coating System C380 X500, X450,X550 AG400 PT600 Overview- Coatings PRODUCT SELECTION TABLES 30 Substrate Room temperature Spraying coating 400 ? to 600 ? Spraying coating Room temperature New Poducts Marble E500 E502 E505 E502 E504 E506 E503 E506 E504 G380P E505 E506 Stone E500 E502 E505 E502 E504 E506 E503 E506 E504 G380P E505 E506 Granite E500 E502 E505 E502 E504 E506 E503 E506 E504 G380P E505 E506 Metal E505 E506 O502 E506 O502 O502 G380P Glass G502 G380P G502 O502 G502 O502 E505 O502 E506 E506 Plastic & Polymer G502 G502 G502 O502 O502 O502 E505 E506 E506 G380P Exterior - Self-cleaning for exterior buildings PRODUCT SELECTION TABLES 31 Product Data Sheets all at a glancePRODUCT DATA SHEETS - OVERVIEW 32 Page PageC- series X- series C380 33 X450 50 C382 34 X452 51 C384 35 X500 52 C386 36 X502 53 X550 54 E-series E500 37 PT- series E502 38 PT600 55 E503 39 PT602 56 E504 40 E505 41 F- series E506 42 F380 57 F500 58 AG- series AG400 43 O- series AG402 44 O502 59 AG404 45 AG406 46 AeroTi - aerosol (private labelled) AeroTi 500 60 S- TiO2 concentrate 10%S310 47 H- TiO2 concentrate 5% H305 61 G- series G380P 48 PR- Primers G502 49 PR-A8 62 PR-O8 63 PR-T8 64 OVERVIEW - GENS NANO COATING PRODUCT SERIES PRODUCT DATA SHEETS – C380 33 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® C380 UV Response Nano TiO2 Sol Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z UV response z low application cost z no additive, surfactant and binder, suitable for re-processing Example of application z economical exterior UV/PCO coating for atmosphere purification z UV/PCO filter & part coating (especial for deodorization) z raw material or additive for other commercial PCO product Usage instructions z recommend air mix pressure spraying z brush for rough surface z dipping for irregular items z mix with binder or other modified active matter Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance bluish white transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7.5-9.5 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength very weak (level 0) Registration status Gens Nano® C380 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – C382 34 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® C382 UV Response Nano TiO2 Sol Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z UV response z low application cost z improved binding strength z no additive and surfactant, suitable for re-processing Example of application z exterior UV/PCO coating for atmosphere purification z economical exterior anti-moss & self-cleaning coating z UV/PCO filter & part coating (especial for deodorization) z raw material or additive for other commercial PCO product Usage instructions z recommend air mix pressure spraying z brush for rough surface z dipping for irregular items z mix with binder or other modified active matter Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual Technical Information z appearance yellowish transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7-9 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength normal (level 2) Registration status Gens Nano® C382 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation* For more detailed technical data, please refer to relevant product manual 0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – C384 35 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® C384 UV Response Nano TiO2 Sol Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z UV response z low application cost z improved coating feature on plant Example of application z economical plant anti-bacterial & anti-virus coating Usage instructions z recommend air mix pressure spraying z brush for rough surface z dipping for irregular items Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual Technical Information z appearance bluish white transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7.5-9.5 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength very weak (level 0) Registration status Gens Nano® C384 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation* For more detailed technical data, please refer to relevant product manual 0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – C386 36 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® C386 UV Response Nano TiO2 Sol Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z UV response z low application cost z improved coating feature on plant z improved coating feature on fabric z improved binding strength Example of application z economical plant anti-bacterial & anti-virus coating z economical fabric photocatalyst coating & treatment z UV/PCO filter & part coating (especial for deodorization) Usage instructions z recommend air mix pressure spraying z brush for rough surface z dipping for irregular items Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual Technical Information z appearance yellowish transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7-9 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength weak (level 1) Registration status Gens Nano® C386 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation* For more detailed technical data, please refer to relevant product manual 0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – E500 37 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® E500 VLR modified Nano TiO2 Sol Exterior Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z high efficiency z self-cleaning application optimization z improved binding strength for exterior application z room temperature drying Example of application z building exterior self-cleaning coating z stone surface anti moss coating z high efficient exterior UV/PCO coating for atmosphere purification Usage instructions z recommend air mix pressure spraying z brush for rough surface Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual Technical Information z appearance bluish white transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7.5-9.5 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength strong (level 3) Registration status Gens Nano® E500 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation* For more detailed technical data, please refer to relevant product manual 0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – E502 38 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® E502 VLR modified Nano TiO2 Sol Exterior Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z high efficiency z self-cleaning application optimization z improved binding strength for exterior application z room temperature to 600 ?(1,112 ?) drying Example of application z building exterior self-cleaning coating z stone surface anti moss coating z high efficient exterior UV/PCO coating for atmosphere purification Usage instructions z recommend air mix pressure spraying z brush for rough surface Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual Technical Information z appearance yellowish transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7-9 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength strong (level 3) Registration status Gens Nano® E502 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation* For more detailed technical data, please refer to relevant product manual 0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – E503 39 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® E503 VLR modified Nano TiO2 Sol Exterior Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z high efficiency z self-cleaning application optimization z extra binding strength for porous and rough substrate z room temperature drying Example of application z building exterior self-cleaning coating z stone surface anti moss coating z high efficient exterior UV/PCO coating for atmosphere purification Usage instructions z recommend air mix pressure spraying z brush for rough surface Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual Technical Information z appearance bluish white transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7.5-9.5 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength very strong (level 4) Registration status Gens Nano® E503 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation* For more detailed technical data, please refer to relevant product manual 0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – E504 40 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® E504 VLR modified Nano TiO2 Sol Exterior Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z high efficiency z self-cleaning application optimization z extra binding strength for porous and rough substrate z room temperature to 600 ?(1,112 ?) drying Example of application z building exterior self-cleaning coating z stone surface anti moss coating z high efficient exterior UV/PCO coating for atmosphere purification Usage instructions z recommend air mix pressure spraying z brush for rough surface Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance yellowish transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7-9 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength very strong (level 4) Registration status Gens Nano® E504 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – E505 41 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® E505 VLR modified Nano TiO2 Sol Exterior Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z high efficiency z self-cleaning application optimization z improved binding strength for exterior application z optimization for non-porous and smooth surface z room temperature drying Example of application z building exterior self-cleaning coating z stone surface anti moss coating z metal self-cleaning coating z high efficient exterior UV/PCO coating for atmosphere purification Usage instructions z recommend air mix pressure spraying z brush for rough surface Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance bluish white transparent liquid z active matter content 6500-9000(PPM) Specification * z PH Value 7.5-9.5 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0065-1.009 g/ml z binding strength normal (level 2) Registration status Gens Nano® E505 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – E506 42 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® E506 VLR modified Nano TiO2 Sol Exterior Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z high efficiency z self-cleaning application optimization z improved binding strength for exterior application z optimization for non-porous and smooth surface z room temperature to 600 ?(1,112 ?) drying Example of application z building exterior self-cleaning coating z stone surface anti moss coating z metal self-cleaning coating z high efficient exterior UV/PCO coating for atmosphere purification Usage instructions z recommend air mix pressure spraying z brush for rough surface Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance yellowish transparent liquid z active matter content 6500-9000(PPM) Specification * z PH Value 7-9 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0065-1.009 g/ml z binding strength normal (level 2) Registration status Gens Nano® E506 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – AG400 43 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® AG400 Nano silver modified TiO2 Sol Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z nano silver modification, high performance for anti-bacterial z no additive, surfactant and binder, suitable for re-processing Example of application z anti-bacterial & anti-virus fabric coating & treatment z air filter coating (especial for anti-bacterial & anti-virus) z home sanitization (for house, cloth, …) z raw material or additive for other commercial anti-bacterial product Usage instructions z recommend air mix pressure spraying z brush for rough surface z dipping for irregular items z mix with binder or other modified active matter Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance bluish white transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7.5-9.5 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength very weak (level 0) Registration status Gens Nano® AG400 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – AG402 44 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® AG402 Nano silver modified TiO2 Sol Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z nano silver modification, high performance for anti-bacterial z improved binding strength z no additive and surfactant, suitable for re-processing Example of application z anti-bacterial & anti-virus fabric coating & treatment z air filter coating (especial for anti-bacterial & anti-virus) z public place anti-bacterial coating (e.g. hospital, bus, train, school) z home sanitization (for house, cloth, …) z raw material or additive for other commercial anti-bacterial product Usage instructions z recommend air mix pressure spraying z brush for rough surface z dipping for irregular items z mix with binder or other modified active matter Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance bluish white transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7-9 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength normal (level 2) Registration status Gens Nano® AG400 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – AG404 45 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® AG404 Nano silver modified TiO2 Sol Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z nano silver modification, high performance for anti-bacterial z improved coating feature on plant z improved wetting feature on fabric Example of application z anti-bacterial & anti-virus fabric coating & treatment z air filter coating (especial for anti-bacterial & anti-virus) z home sanitization (for house, cloth, …) z high efficient plant anti-bacterial & anti-virus coating Usage instructions z recommend air mix pressure spraying z brush for rough surface z dipping for irregular items Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance bluish white transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7.5-9.5 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength very weak (level 0) Registration status Gens Nano® AG404 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – AG406 46 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® AG406 Nano silver modified TiO2 Sol Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z nano silver modification, high performance for anti-bacterial z improved coating feature on plant z improved coating feature on fabric z improved binding strength Example of application z anti-bacterial & anti-virus fabric coating & treatment z air filter coating (especial for anti-bacterial & anti-virus) z home sanitization (for house, cloth, …) z anti-bacterial PCO plastic artificial plant processing z public place anti-bacterial coating (e.g. hospital, bus, train, school) z high efficient plant anti-bacterial & anti-virus coating Usage instructions z recommend air mix pressure spraying z brush for rough surface z dipping for irregular items Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance yellowish transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7-9 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength weak (level 1) Registration status Gens Nano® AG406 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – S310 47 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® S310 UV Response Nano TiO2 SlurrySpecial properties z high concentration water-based nano TiO2 slurry z low agglomeration, super fine particle size z high surface area z high efficiency & performance Example of application z cosmetic additive (UV block, whiten, anti-bacterial, anti-allergen) z paint additive (deodorization, anti-moss, air purification) z dye sensitized solar battery z air purification system (coat on reaction part, filter, duct) Usage instructions z high speed cutting and mix up z roller print z air mix pressure spraying Chemical description nano titanium dioxide slurry Dosage instruction z refer to relevant coverage data sheet or product manual Technical Information z appearance white aqueous slurry z active matter content 10%(±1.5%) Specification * z PH Value 7.5-10.5 z average primary particle size <8nm z crystal structure anatase z agglomeration index 20-30 z density 1.08-1.11 g/ml z BET surface area 160m2/g Registration status Gens Nano® S310 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation* For more detailed technical data, please refer to relevant product manual.PRODUCT DATA SHEETS – G380P 48 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® G380P Nano TiO2 Sol Glass Heat Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z glass surface passivation modification z extra improved binding strength z need heat over 400 ?(752 ?) after coating Example of application z self-cleaning & anti-fog glass surface processing z self-cleaning & anti-moss marble, granite surface processing z self-cleaning & anti-bacterial tile surface processing z self-cleaning & anti-rust metal surface processing Usage instructions z recommend air mix pressure spraying Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual Technical Information z appearance yellow transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 6.5-8.5 z average primary particle size <8nm z crystal structure anatase / amorphous z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength excellent (level 5) Registration status Gens Nano® G380P respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation* For more detailed technical data, please refer to relevant product manual0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – G502 49 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® G502 Nano TiO2 Sol Glass Room Temperature Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z high efficiency z self-cleaning application optimization z optimization for glass surface, excellent optical feature on glass z room temperature to 600 ?(1,112 ?) drying Example of application z building exterior self-cleaning coating z exterior glass surface self-cleaning coating z exterior glossy metal self-cleaning coating Usage instructions z recommend air mix pressure spraying coating z polish coating Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance yellowish transparent liquid z active matter content 6000-8000(PPM) Specification * z PH Value 7-9 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.006-1.008 g/ml z binding strength normal (level 2) Registration status Gens Nano® G502 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – X450 50 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® X450 Visible Light Response modified Nano TiO2 Sol Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z good anti-bacterial performance z no additive, surfactant and binder, suitable for re-processing Example of application z UV/PCO filter & part coating (especial for anti-bacterial) z raw material or additive for other commercial PCO product Usage instructions z recommend air mix pressure spraying z brush for rough surface z dipping for irregular items z mix with binder or other modified active matter Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance bluish white transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7.5-9.5 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength very weak (level 0) Registration status Gens Nano® X450 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – X452 51 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® X452 Visible Light Response modified Nano TiO2 Sol Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z good anti-bacterial performance z improved binding strength z no additive and surfactant, suitable for re-processing Example of application z UV/PCO filter & part coating (especial for anti-bacterial) z PCO lamp processing (need lamp pre-treatment) z raw material or additive for other commercial PCO product Usage instructions z recommend air mix pressure spraying z brush for rough surface z dipping for irregular items z mix with binder or other modified active matter Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance yellowish transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7-9 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength strong (level 3) Registration status Gens Nano® X452 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – X500 52 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® X500 Visible Light Response modified Nano TiO2 Sol Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z high efficiency z excellent deodorization & air purification performance z no additive, surfactant and binder, suitable for re-processing Example of application z UV/PCO filter & part coating (especial for deodorization) z home and public deodorization & air purification coating z industrial air purification and deodorization coating z raw material or additive for other commercial PCO product Usage instructions z recommend air mix pressure spraying z brush for rough surface z dipping for irregular items z mix with binder or other modified active matter Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance bluish white transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7.5-9.5 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength very weak (level 0) Registration status Gens Nano® X500 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – X502 53 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® X502 Visible Light Response modified Nano TiO2 Sol Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z high efficiency z excellent deodorization & air purification performance z improved binding strength z no additive and surfactant, suitable for re-processing Example of application z UV/PCO filter & part coating (especial for deodorization) z home and public deodorization & air purification coating z industrial air purification and deodorization coating z raw material or additive for other commercial PCO product Usage instructions z recommend air mix pressure spraying z brush for rough surface z dipping for irregular items z mix with binder or other modified active matter Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance yellowish transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7-9 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength normal (level 2) Registration status Gens Nano® X502 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – X550 54 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® X550 Visible Light Response modified Nano TiO2 Sol Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z very high efficiency z excellent organic pollutant decomposition performance in water z no additive, surfactant and binder, suitable for re-processing Example of application z PCO filter & part coating (especial for organic decomposition) z PCO water treatment device part coating z raw material or additive for other commercial PCO product Usage instructions z recommend air mix pressure spraying z brush for rough surface z dipping for irregular items z mix with binder or other modified active matter Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance bluish white transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 9-11 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength very weak (level 0) Registration status Gens Nano® X550 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – PT600 55 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® PT600 Platinum doping modified Nano TiO2 Sol Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z platinum doping modification, very high efficient z excellent performance for most applications z high stability under harsh condition z no additive, surfactant and binder, suitable for re-processing Example of application z PCO filter & part coating (good balance for most application) z PCO water treatment device part coating z PCO industrial air purification system part coating z raw material or additive for other commercial PCO product Usage instructions z recommend air mix pressure spraying z brush for rough surface z dipping for irregular items z mix with binder or other modified active matter Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance bluish white transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7.5-9.5 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength very weak (level 0) Registration status Gens Nano® PT600 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – PT602 56 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® PT602 Platinum doping modified Nano TiO2 Sol Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z platinum doping modification, very high efficient z excellent performance for most applications z high stability under harsh condition z no additive and surfactant, suitable for re-processing Example of application z PCO filter & part coating (good balance for most application) z PCO water treatment device part coating z PCO industrial air purification system part coating z high efficient exterior PCO & self-cleaning coating z raw material or additive for other commercial PCO product Usage instructions z recommend air mix pressure spraying z brush for rough surface z dipping for irregular items z mix with binder or other modified active matter Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance yellowish transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7-9 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength normal (level 2) Registration status Gens Nano® PT602 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – H305 57 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® H305 UV Response High Concentration Nano TiO2 SolSpecial properties z high concentration water-based nano TiO2 sol z low agglomeration, super fine particle size z high stability & quick gel feature z high surface area z high efficiency & performance Example of application z cosmetic additive (UV block, whiten, anti-bacterial, anti-allergen) z paint additive (deodorization, anti-moss, air purification) z dye sensitized solar battery z air purification system (coat on reaction part, filter, duct) Usage instructions z high speed cutting and mix up z roller print z air mix pressure spraying Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual. Technical Information z appearance yellowish semi-transparent liquid (gel) z active matter content 5%(±1%) Specification * z PH Value 7.5-10.5 z average primary particle size <8nm z crystal structure anatase z agglomeration index 20-30 z density 1.04-1.06 g/ml z BET surface area 160m2/g Registration status Gens Nano® H305 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportationPRODUCT DATA SHEETS – F500 58 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® F500 Nano TiO2 Sol Fabric Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z special applicable for fabric coating & processing z high efficiency Example of application z fabric coating for deodorization, anti-bacterial and air purification Usage instructions z recommend dipping z air mix pressure spraying z brush Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance yellowish transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7-9 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength very strong (level 4) Registration status Gens Nano® F500 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – O502 59 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® O502 Nano TiO2 Sol Plastic Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z water-based nano TiO2 sol z improved wetting feature for plastic and polymer coating z high efficiency Example of application z high efficient plastic coating z polymer fabric coating & processing Usage instructions z recommend air mix pressure spraying z polish coating for smooth surface z dipping for fabric & irregular items Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance yellowish transparent liquid z active matter content 6000-8000(PPM) Specification * z PH Value 7-9 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.006-1.008 g/ml z binding strength strong (level 3) Registration status Gens Nano® O502 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – AeroTi 500 60 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® AeroTi 500 (private label - 20,000 pcs min. order)Nano TiO2 Aerosol Coating AgentSubstrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Feature & Performance0 1 2 3 4 5Room temperature dryHigh temperature drySelf-cleaningAnti-bacterialAir purificationAnti-mossSuper-hydrophilicDeodorizationWater purificationSpecial properties z aerosol package z fine atomization z high efficiency z very easy to use and carry Example of application z house sanitization & deodorization coating z pocketed antiseptic z home clothes & fabric processing Usage instructions z spray coating Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual. Technical Information z appearance bluish white transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 7.5-9.5 z average primary particle size <8nm z crystal structure anatase z agglomeration index 2-4 z density 1.0075-1.01 g/ml z binding strength weak (level 1) z propellant DME Registration status Gens Nano® AeroTi 500 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 160ml aerosol package customized size aerosol package available Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable 0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – H305 61 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® H305 UV Response High Concentration Nano TiO2 SolSpecial properties z high concentration water-based nano TiO2 sol z low agglomeration, super fine particle size z high stability & quick gel feature z high surface area z high efficiency & performance Example of application z cosmetic additive (UV block, whiten, anti-bacterial, anti-allergen) z paint additive (deodorization, anti-moss, air purification) z dye sensitized solar battery z air purification system (coat on reaction part, filter, duct) Usage instructions z high speed cutting and mix up z roller print z air mix pressure spraying Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual. Technical Information z appearance yellowish semi-transparent liquid (gel) z active matter content 5%(±1%) Specification * z PH Value 7.5-10.5 z average primary particle size <8nm z crystal structure anatase z agglomeration index 20-30 z density 1.04-1.06 g/ml z BET surface area 160m2/g Registration status Gens Nano® H305 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportationPRODUCT DATA SHEETS – PR-A8 62 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® PR-A8 Primer Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Special properties z water-based primer for nano photocatalyst coating z block UV z protect organic substrate from photocatalytic oxidization damage z enhance binding strength of top photocatalyst coating Example of application z primer on acrylic paint surface to protect substrate z primer on stone to enhance photocatalyst coating binding z block UV coating Usage instructions z recommend air mix pressure spraying z brush for rough surface z dipping for irregular items Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance yellow transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 6-8 z average primary particle size <3nm z crystal structure amorphous z agglomeration index <10 z density 1.0075-1.01 g/ml z binding strength very strong (level 4) Registration status Gens Nano® PR-A8 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – PR-O8 63 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® PR-O8 Primer Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCotton Special properties z water-based primer for nano photocatalyst coating z block UV z protect organic substrate from photocatalytic oxidization damage z improved coating feature on rough surface z enhance binding strength of top photocatalyst coating Example of application z primer on acrylic paint surface to protect substrate z primer on stone to enhance photocatalyst coating binding z block UV coating Usage instructions z recommend air mix pressure spraying z brush for rough surface z dipping for irregular items Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance yellow transparent liquid z active matter content 7500-10000(PPM) Specification * z PH Value 6-8 z average primary particle size <3nm z crystal structure amorphous z agglomeration index <10 z density 1.0075-1.01 g/ml z binding strength very strong (level 4) Registration status Gens Nano® PR-O8 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable PRODUCT DATA SHEETS – PR-T8 64 Issue date: 10/2007. The technical advice, technical data or recommendations are given to the best of our knowledge but carry no guarantee or acceptance of responsibility. This data sheet becomes invalid as soon as a new edition has been published. Please contact us for the latest edition. Gens Nano® PR-T8 Primer Coating Agent Substrate Applicability0 1 2 3 4 5GlassTileStonePolymerPlasticMetalPaintPlantCottonSpecial properties z water-based primer for nano photocatalyst coating z block UV z protect organic substrate from photocatalytic oxidization damage z improved coating feature on non-porous & smooth surface z enhance binding strength of top photocatalyst coating Example of application z primer on acrylic paint surface to protect substrate z primer on stone to enhance photocatalyst coating binding z block UV coating Usage instructions z recommend air mix pressure spraying z brush for rough surface z dipping for irregular items Chemical description nano titanium dioxide sol Dosage instruction z refer to relevant coverage data sheet or product manual * For more detailed technical data, please refer to relevant product manual Technical Information z appearance yellow transparent liquid z active matter content 6500-9000(PPM) Specification * z PH Value 6-8 z average primary particle size <3nm z crystal structure amorphous z agglomeration index <10 z density 1.0065-1.009 g/ml z binding strength very strong (level 4) Registration status Gens Nano® PR-T8 respectively its ingredients are listed in following chemical inventories: CAS, EINECS, TSCA, AICS, CEPA, MITI Package 10kg, 25 kg, Plastic barrel with carton 30 kg, 100 kg, 200 kg Plastic barrel Storage stability 12 months in closed container under 5-45?, dark condition Transportation No transport danger in air, sea, highway and rail transportation0=inapplicable … 5=very applicable