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Two weeks ago, we received a request from the Chinese government, who require all imported cold chain products to be sterilized on six sides of the outer packaging before they can be sold on the market, to use our automated sterilization equipment to provide a solution for them. In just two weeks, we have made three iterations of the equipment, and it is now in stable operation. Four people with one machine can disinfect 100 tons of cargo in eight hours, and the disinfection effect has passed experimental verification. What are the challenges of cold chain parcel sterilization? 1. Cold chain parcels need to be disinfected on 6 sides without dead ends, manual disinfection will be missed and cannot ensure disinfection on all 6 sides, and the efficiency is not high, so workers get tired easily. 2. Due to low temperature, there will be frost on the cold chain parcel, which will affect the effect of disinfectant, so the adhesion on the surface must be solved during disinfection, so that the disinfectant can reach the parcel surface. If the disinfectant is to be recycled to reduce waste, make sure the filtering and recycling system and spray nozzles are not clogged. 4. The weight of the cold chain parcel is not light, a smooth parcel in 50-80 pounds, disinfecting 100 tons a day requires the equipment to withstand 5000 times of feeding, which requires the equipment to be very strong and durable, and all materials in contact with the disinfection water must be corrosion-resistant, and at the same time the equipment should be easy to move, in order to adapt to different sites of disinfection operations. Take a look at the features of our equipment. Equipment occupies an area of 3000 * 1500 * 1500mm, feed opening 600 * 550mm, suitable for various sizes of parcels, the whole machine 304 stainless steel is durable and corrosion resistant. 1. Solve the durability problem of the equipment to withstand 5000 times a day, the bottom casters + lifting cups, easy to move and run solid, can enter the car. 2. Six-sided spray disinfection leaves no dead corners, can be third-party testing, but also according to customer requirements to add physical air drying function. 3. Solve the problem of nozzle clogging and no fog, the parcel surface is dusty, which can easily cause the filter system to collapse and clog the nozzle. 4. The equipment can run at a speed of 5s/parcel, more than 100 tons in 8 hours. 5. The whole equipment is equipped with water tray and diversion port to prevent water leakage and solve the problem of water inside the equipment to prevent the accumulation of disinfectant liquid to corrode the equipment. Welcome to contact us, we have been producing all kinds of disinfection equipment since 1998, we can customize the products according to the customer's requirements, we always adjust the design according to the market requirements for cold chain parcel disinfection, we believe our experience can help you!

The demand for disinfectant spray in the U.S. market has increased dramatically recently,our factory is already shipping 60 cabinets a week now, and the trend is growing. 11.6 We came to the factory to take inventory of the products that will be shipped, so follow us to know more. First of all, we came to the warehouse, and randomly selected a box of linen scented disinfectant spray, this is the best-selling type now, similar to the smell of Lysol.Shake it before use, the first 2-3 seconds will spray some air, the follow-up is with the linen scent of the disinfectant spray, it will evaporate naturally, according to our customers' feedback they love this smell so much! Next we checked the condition of the pallets, they had been fumigated to avoid bringing pests into the destination country, without this procedure the entire shipment would have been re-fumigated, which would have been a lot of trouble for our customers, now all they need is a hydraulic forklift and they can unload them with easily, each pallet has 72 boxes of 12 bottles, my customers would have them Pricing is $13.99/bottle now. These three flavors are our best sellers, the Citrus Scent on the left smell like Micro Ban 24 product. Unlike hand sanitizer, this product can be used for surface cleaning, air freshening and sanitizing, and even after the epidemic stabilizes there will still be a market for it. Many customers have asked me if we can OEM or not,but the EPA department is so busy now, and the process is not as simple as the FDA, so I generally recommend they work with DDP first, which can be delivered directly to their warehouses, and then they can sell directly on the shelves with no risk,our EPA Product EPA No is 90253-2,factory EPA NO is 90776-CHN-1,Amazon will need them. Here's our outer bottles being unloaded, our factory also makes cleaning products and hand sanitizer, but right now 80% of the factory's capacity occupied by this disinfectant spray, and we're still expanding as the outbreak in the US seems to be getting worse again lately. This is a leak test sampling of the product because this disinfectant spray comes in a pressure bottle and we need to make sure they have an intact seal. The inside of the factory cannot be photographed due to the need to prevent static electricity from affecting the manufacturing process, so we can only show the following packaging of our finished product, which is a 6oz product, this style is more stylish and easier to use. Because the tanks with pressure are dangerous goods, so our MOQ are a whole 40HQ container, at present it takes about 25 days to LA and 35 days to NY, counting 2-3 days for ground transportation, we expect our customers will receive our goods about 30days after placing the order, our capacity is 2 million bottles a month, now the biggest uncertainty is shipping, so we advise our customers not to choose Shipping companies that are too popular like CMA. OK, that's the end of the factory show, if you need a sample, you can email us or contact me on whatsapp, we will try to send it for you, although this product is now sold out as soon as they put on the shelves, maybe you can find them at DG/Walgrenns/CVS. Looking for the hope that the epidemic will end soon and the world can return to stability, see you guys!

Hypochlorous acid (HOCl or HClO) is a weak acid that forms when chlorine dissolves in water, and itself partially dissociates, forming hypochlorite, ClO−. HClO and ClO− are oxidizers, and the primary disinfection agents of chlorine solutions.[2] HClO cannot be isolated from these solutions due to rapid equilibration with its precursor. Sodium hypochlorite (NaClO) and calcium hypochlorite (Ca(ClO)2), are bleaches, deodorants, and disinfectants. Hypochlorous acid was discovered in 1834 by the French chemist Antoine Jérôme Balard (1802–1876) by adding, to a flask of chlorine gas, a dilute suspension of mercury oxide in water.He also named the acid and its compounds. In organic synthesis, HClO converts alkenes to chlorohydrins. In biology, hypochlorous acid is generated in activated neutrophils by myeloperoxidase-mediated peroxidation of chloride ions, and contributes to the destruction of bacteria. In the cosmetics industry it is used on the skin.[citation needed] It is also used in baby products.[citation needed] In food service and water distribution, specialized equipment to generate weak solutions of HClO from water and salt is sometimes used to generate adequate quantities of safe (unstable) disinfectant to treat food preparation surfaces and water supplies. In water treatment, hypochlorous acid is the active sanitizer in hypochlorite-based products (e.g. used in swimming pools). Similarly, in ships and yachts, marine sanitation devices use electricity to convert seawater into hypochlorous acid to disinfect macerated faecal waste before discharge into the sea. Virusuperclean produces hypochlorous acid that has an expiration date of up to one year, supports customization in a variety of package sizes, and has been Tested and approved for EU1276:2019 and REACH, please contact us for more information.

Currently on the market for environmental disinfectant solution is main 75 degrees of alcohol, chlorine dioxide and hypochlorite water, where alcohol concentration of more than 3% encounter open flame will produce the risk of explosion, and chlorine dioxide because of its irritation and easy to block the fog port, resulting in shortening the fogging machine. Water hypochlorite is currently recognized as an effective ingredient for skin, mucous membrane, air sterilization, will not cause fading of clothing. However, because it is a chlorinated disinfectant, we still recommend operating it in an unoccupied environment and using a concentration of no more than 60ppm. Water hypochlorite is used to sterilize the environment in a sealed manner, and natural ventilation for half an hour after completion is sufficient. If sterilizing containers, the FDA regulation is no more than 200ppm, rinse after use to ensure that the chlorineThe residue level is less than 1ppm for safe and effective sterilization operation. ViruSuperclean offers you professional fogging and sterilization solutions, chlorine supplier,we offer fogging disinfectant formulation,high level of disinfection,disinfectant solution price,please contact us for more information. george@supercleango.com

Professor Haruko Ogawa of the Veterinary Medicine Research Department, Obihiro University of Agriculture and Fisheries, Japan, and Yohei Takeda, Special Assistant Professor, Global Pesticide Research Center, and others. A research team was formed to demonstrate the inactivating effect of Hypochlous acid water on a novel coronavirus (SARS-CoV-2). In addition to the first reported pH of 2.5 and free effective chlorine (FAC) concentration of 64 mg on May 14, 2020. In addition to the results for water with Hypochlous acid water (EW) above /L, This time, the inactivation effect of water with higher pH and lower FAC was also verified for Hypochlous acid water. The research team first assessed the inactivation of SARS-CoV-2 by Hypochlous acid water at different pH and FAC.The research team prepared a pH of 2.5 (FAC of 74 mg/L), a pH of 4.5 (FAC of 45 mg/L) and three Hypochlous acid waters at pH 6.0 (29 mg/L for FAC),experimentally mix the viral liquid with the above-mentioned Hypochlous acid water at a ratio of 1:9 and allow it to react for 10 minutes or 1 minute at room temperature. Virus titers (i.e., "infectious residual virus load") were then calculated using the TCID50 method.For comparison with Hypochlous acid water, the research team also prepared a control group of sterile distilled water (DDW) without virucidal activity mixed with virus phase. The experimental results showed that Hypochlous acid water at pH 2.5 (FAC 74 mg/L) in a reaction time of 1 minute wouldVirus inactivated below detection limit; pH 4.5 (45 mg/L FAC) and pH 6.0 (45 mg/L FAC). (29 mg/L) of Hypochlous acid water inactivated more than 99% of the virus, but the residual viral load was not reduced below the detection limit. Infectious virus was still present. In addition, at a reaction time of 10 minutes, pH 4.5 (45 mg/L FAC) and pH 6.0 (45 mg/L FAC) were observed. for 29 mg/L) did not change much from the degree of viral inactivation at a reaction time of 1 min,The virus has still not fallen below detection limits, The virus has still not fallen below detection limits (Figure 1). Next, the research team mixed the viral solution with Hypochlous acid water at pH 4.5-6.0 in a 1:15 ratio. The amount of residual virus after 1 min of response was assessed. The results showed that a pH of 4.5 (45 mg/L FAC) and a pH of 6.0 (29 mg FAC) /L) of Hypochlous acid water if used up to 15 times the amount of viral liquid,can inactivate more than 99.9% of the virus within a 1-minute reaction time, reducing it below the detection limit (Figure 2). In addition to these results, the research team also confirmed that for viral fluids containing large amounts of protein, to use hypochlorous acid with a pH of 4.5 Water (45 mg/L FAC) and pH 6.0 Hypochlous acid water (29 mg/L FAC) to achieve sufficient Virus inactivation requires a greater amount of aqueous Hypochlous acid water solution (Depending on the situation, an aqueous Hypochlous acid water solution 40 times greater than the viral solution may have to be used). The results of this study showed that Hypochlous acid water at pH 4.5-6.0 (FAC 45-29 mg/L) had a positive effect on Although the novel coronavirus is inactivated, its inactivation is less effective than at pH 2.5 (FAC of 64 mg/L and above). of Hypochlous acid water. However, Hypochlous acid water with a pH of 4.5-6.0 (FAC of 45-29 mg/L), if used in large quantities, can also be Powerfully inactivates the virus in a short time, such as 1 minute. In this study, weakly acidic and slightly acidic Hypochlous acid water with lower concentrations of free chlorine was also found to have lower concentrations of free chlorine than the previously reported strongly acidic Hypochlous acid water. It has some inactivating effect on novel coronaviruses. However, it is less active than strongly acidic Hypochlous acid water, so cleaning fingers and contaminated parts to adequately remove contamination requires the use of large amounts of of Hypochlous acid water to clean, or perform multiple washings. Note: We are a disinfectant water factory located in Ningbo, China. We have 50 tons/day of disinfectant water, 100,000 bottles/day of hand sanitizer capacity, products have FDA, CE, MSDS, ITS, REACH test report, can provide you OEM, pls feel free to contact us! Email: sales@supercleanmedical.com Hypochlorous acid water is a new generation product,pls fell free to contant us for more detail information. Email:george@supercleango.com

The following article is from Electrolytic Water Technology Channel, author of Electrolytic Water Technology Channel There are differences between hypochlorous acid disinfectants and traditional chlorinated disinfectants in terms of percentage of hypochlorous acid, bactericidal effect, safety and corrosion. So don't confuse hypochlorite disinfectants with traditional chlorinated disinfectants.... Chlorine-containing disinfectants:Disinfectants dissolved in water to produce hypochlorous acid with microbicidal activity, whose microbicidal active ingredient is often expressed as effective chlorine. Hypochlorous acid has a small molecular weight and can easily diffuse to the surface of bacteria and penetrate the cell membrane into the body of the bacteria, causing the oxidation of bacterial proteins and leading to bacterial death. Chlorinated disinfectants kill a wide range of microorganisms, including bacterial propagules, viruses, fungi, tuberculosis bacilli and the most resistant bacterial germ cells. These disinfectants include inorganic chlorine compounds (e.g., sodium hypochlorite, calcium hypochlorite, trisodium phosphate chloride), organochlorine compounds (e.g., dichlorodiphenyl ether, calcium hypochlorite, trisodium phosphate), organochlorine compounds (e.g., sodium hypochlorite, calcium hypochlorite, trisodium phosphate) and chlorine compounds. Sodium isocyanurate, trichloroisocyanuric acid, ammonium chloride T, etc.). Because acid electrolytic water technology/water hypochlorite technology was developed late in the country, many people, and even regulators, are not sufficiently aware of it in Regulation still follows the standards of traditional disinfectants, which are required to be used at concentrations of 200 ppm or more The concentration. The vast majority of current domestic generators/packages of hypochlorous acid water cannot and need not reach such high concentrations, and for this question. How do we respond? Next, we will give you a detailed description of the differences between hypochlorite disinfectants and traditional chlorinated disinfectants through 3-5 articles, in this inorganic chlorine we use sodium hypochlorite as a comparison, in organic chlorine we use sodium dichloroisocyanurate as the object of study to start this comparison.... 1. Let's start by defining a few keywords. disinfectants with chlorine: A disinfectant that dissolves in water to produce hypochlorous acid. disinfectants with hypochlorous acid: A disinfectant with a stable hypochlorous acid in the original disinfectant solution. acidic electrolyzed-oxidizing water: A low concentration of sodium chloride (less than 0.1% of solution) is added to softened tap water in an ionized diaphragm. It is an acidic aqueous solution with a low concentration of effective chlorine and a high redox potential that is produced from the anode side after electrolysis in an electrolysis bath. slightly acidic electrolyzed water: Softened water with low concentrations of hydrochloric acid and or sodium chloride is electrolyzed in a diaphragm or diaphragm-less cell to produce hypochlorous acid-based water. Acidic aqueous solutions (pH 5.0 to 6.5) of the main bactericidal components. The main functional component of both acidic oxidation potential water and slightly acidic electrolytic water is hypochlorous acid, which can be stored stably under certain conditions. Therefore, acidic oxidation potential water and slightly acidic electrolytic water produced by electrolysis, or non-electrolytic hypochlorous acid water produced by mixing method can be called hypochlorous acid disinfectants as long as they meet the standard requirements. Sodium Hypochlorite: Sodium hypochlorite, which is a hypochlorite of sodium. Sodium hypochlorite reacts with carbon dioxide to produce hypochlorous acid, which is the active ingredient in bleach. Dichloroisocyanuric acid: It is a white powder or granular solid, which is the most broad-spectrum, efficient and safe disinfectant among oxidative germicides It is the leading product in isocyanuric acid. It can powerfully kill bacterial spores, bacterial propagules, fungi and other pathogenic microorganisms, and has special effect on the hepatitis virus. Kills and strongly inhibits algae such as blue-green algae, red algae and seaweed in circulating water, cooling towers, pools and other systems. Available Chlorine: is the amount of chlorine in a chlorinated compound (especially when used as a disinfectant) that has an equivalent oxidizing capacity and can be expressed quantitatively as a disinfection effect, or simply as chlorine with a valence of ≥0. 2. Since the bactericidal principle of chlorine-containing disinfectants is based on hypochlorous acid dissolved in water to produce microbicidal activity, then the content of hypochlorous acid to a certain extent determines the strength of the bactericidal capacity of chlorine-containing disinfectants. Next, let's compare the percentage of hypochlorous acid in different chlorine disinfectants. The percentage of hypochlorous acid in effective chlorine in disinfectants can be calculated according to the following formula. From GB/T 36758-2018 Hygiene requirements for disinfectants containing chlorine Appendix C Determination of hypochlorous acid content Effective chlorine concentration of 200 ppm sodium hypochlorite, pH 9.0 (this value is a reference value), hypochlorite as % of effective chlorine 2.6 per cent and 5.2 ppm of hypochlorous acid. Sodium dichloroisocyanurate with an effective chlorine concentration of 200 ppm, pH 6.0 (typically 5.4-7.0), hypochlorite 96.3 per cent as a percentage of effective chlorine and 192.6 ppm of hypochlorous acid. Effective chlorine concentration of 40 ppm hypochlorous acid, pH 6.0, 96.3% hypochlorous acid as % of effective chlorine, hypochlorous acid The content of 38.5 ppm. Also, the effect of pH on the percentage of hypochlorous acid in solution can also be seen in the following figure. Fig Percentages of different forms of free chlorine at different pH values. 3. So one has to ask, can't hypochlorite ions sterilize? The surface of the cell membrane is negatively charged, so hypochlorite roots (ClO-, also negatively charged) cannot easily enter the interior of the cell, whereas hypochlorous acid (HClO) is a small, neutral molecule that can penetrate the cell membrane, enter the interior of the cell, and react with its internal DNA and mitochondria, killing them. 4. Sodium dichloroisocyanurate also has a high percentage of hypochlorous acid content, so why is it not recommended for use as a disinfectant in everyday life? C3Cl2N3NaO3+ 2H2O a(C3H2N2N-O3)+ 2HClO+ (Na+) When sodium dichloroisocyanurate reaches hydrolytic equilibrium in water, the concentration of HClO in the aqueous solution is low, but once it reacts with other reagents, the concentration of HClO in the aqueous solution is low. As a result, sodium dichloroisocyanurate, which is a major source of HClO, will slowly release HClO as the equilibrium shifts to the right when HClO is consumed. It is a slow-release disinfectant and does not produce large amounts of hypochlorous acid for short periods of time. Hypochlorous acid water is a new generation product,pls fell free to contant us for more detail information. Email:george@supercleango.com

In 2020, affected by the new coronavirus epidemic, the growth rate of disinfectant production value will be significantly increased, with a preliminary estimate of 13.70% growth rate, will drive the growth of the entire disinfectant industry, the annual disinfectant production value is expected to exceed 11.5 billion yuan. With the need for epidemic prevention and control, 75% of the demand for medical alcohol has increased significantly and the annual production is expected to exceed 80,000 tons in 2020. Demand for 84 disinfectant liquids is currently soaring that annual production is expected to grow by 16% to 580,000 tonnes in 2020. The CCBI expects the annual production of hand sanitizer to exceed 50,000 tons in 2020. Source: China Business Industrial Research Institute. Check out the top 50 disinfection products in monthly sales on Jingdong, whose main ingredients are mostly alcohol, sodium hypochlorite, quaternary ammonium salt, sodium dichloroisocyanurate and p-chloromethacrylate. So how do hypochlorite disinfectants compare to these disinfectants? Today let's compare the differences in these components in a professional, fair, and objective way. Of course, in order to make the comparison, we have to qualify it under certain conditions. (1) This comparison is only for civilian disinfection products, medical disinfection products, such as hydrogen peroxide, glutaraldehyde and other disinfectants used in medicine are not in the scope of this comparison. (2) Compare only chemical disinfectants, physical disinfection products, such as UV lamps, are not included in the scope of this comparison. (3) Compare only the properties of substances, not specific products, because of differences in the stability of preparations of different concentrations or formulations and products produced by different enterprises. (4) The main items selected for comparison are: safety, effectiveness and product use. 01 Comparison of physicochemical properties Hypochlorous acid: liquid disinfectant, colourless, slightly chlorinated. Sodium hypochlorite: strongly irritating, corrosive and damaging to sterilized articles. Sodium dichloroisocyanurate: white crystalline powder, easily soluble in water, has a strong pungent odour, is prone to combustion and explosion when mixed with ammonium and ammonia. Benzalkonium chloride: a single-chain quaternary ammonium salt, often used in combination with other components, aqueous solution is colourless transparent to light yellow liquid, slightly odorous, aqueous solution is neutral or weakly basic. Alcohol: colourless transparent liquid, flammable, volatile. P-chloro-xylene phenol: white needle-like crystals with a faint phenol smell, slightly soluble in water, soluble in ethanol. Note: Para-chlorobenzophenol is the main functional component of Drip and Wilox disinfectants. In the comparison of physicochemical properties, sodium hypochlorite is highly irritating and corrosive, because of the flammability of alcohol and the huge safety problems during transportation and storage, and the comparison lags behind. 02 disinfection principle Hypochlorous acid: Hypochlorous acid is a small molecule that penetrates the cell membranes of microorganisms, destroys their proteins, nucleic acids and other living matter, and causes their death. Sodium hypochlorite: produces hypochlorite in water and uses the oxidation of hypochlorite to kill microorganisms. Sodium dichloroisocyanurate: dissolved in water to produce hypochlorous acid, which uses the oxidation of hypochlorous acid to kill microorganisms. Benzalkonium chloride: As a cationic surfactant, it is easily adsorbed on the surface of negatively charged bacteria, changing the permeability of the bacterial cytoplasmic membrane, causing the bacterial body to rupture and the cytoplasmic material to exfiltrate, thus playing a killing role. Alcohol: effect on protein coagulation denaturation, interfering with microbial metabolism and cell lysis. Para-chlorobenzophenol: Acts on cell walls and cell membranes, destroys their permeability and penetrates into the cell, destroys its basic structure, allows the escape of bacterial inclusions, leading to microbial death. The sterilization principle itself is no good or bad, but both sodium hypochlorite and sodium dichloroisocyanurate work on hypochlorite. 03 Killing microbial categories Hypochlorous acid: broad spectrum bactericidal, kills bacterial colonies, viruses, fungi and budding spores. Sodium hypochlorite: a highly effective disinfectant that kills microorganisms, including bacterial spores. Sodium dichloroisocyanurate: broad spectrum bactericidal, strong killing effect on bacterial propagules, viruses, fungal spores and bacterial spores. Benzachlorine: ineffective against Pseudomonas aeruginosa, Antacidobacteria and bacterial spores. Alcohol: medium-acting disinfectant, non-inocidal against bacterial spores. p-chloromethacrylate: has a killing effect on most Gram-positive and negative bacteria, fungi and moulds. Hypochlorite, sodium hypochlorite and sodium dichloroisocyanurate are all chlorinated disinfectants with a broad spectrum of bactericides that can kill a variety of microorganisms, including bacterial spores. 04 Usage Hypochlorous acid: direct use, no dilution or blending, can be disinfected by spraying, rinsing, soaking, wiping, etc. Sodium hypochlorite: to be diluted and disinfected by rinsing, soaking and wiping, but not by air spray. Sodium dichloroisocyanurate: Used after quantitative dissolution in water and can be disinfected by rinsing, soaking and wiping. Benzalkonium: generally used in combination with other ingredients and can be disinfected by rinsing, soaking and wiping. Alcohol: can be soaked and wiped to disinfect, remember not to spray the air to disinfect. Para-chlorobenzophenol: Generally used in combination with other components and can be disinfected by rinsing, soaking and wiping. In summary, hypochlorite disinfectants are easier to use, do not need to be diluted and can be sprayed to disinfect air. 05 concentration of use Hypochlorite: 50 - 200 ppm for general use. Sodium hypochlorite: 100-1000 ppm for general use, 5000 ppm or more for blood, mucus and other body fluid contaminants and 5000 ppm or more for disinfection of excreta. Sodium dichloroisocyanurate: 200-1000 ppm for general use, 10-20 ppm for drinking water disinfection, 3000-5000 ppm for contaminated utensils or contaminated ground. Benzalkonium: 400-1200 ppm for hand hygiene, skin, mucous membrane disinfection. Alcohol: the general concentration used for disinfection is 70-80 per cent, 70 per cent alcohol for hand sanitation and 70-75 per cent alcohol for general surface disinfection. Para-xylene phenol: about 2000 ppm for disinfection of wounds, skin, floors and household surfaces, about 1000 ppm for mucous membrane disinfection and clothing disinfection. In summary, hypochlorous acid is used at lower concentrations compared to other disinfectants because of its stronger bactericidal effect. 06 safety Hypochlorous acid: acutely non-toxic by mouth, acutely non-toxic by inhalation, acutely irritating to the eye, irritating to the intact skin multiple times, irritating to the broken skin once; no dermal allergic reactions (i.e. 0 sensitization rate); chromosomal damage toxicity is negative. Sodium hypochlorite: it is toxic to humans and animals, gloves should be worn when touching and using the disinfectant; sodium hypochlorite combined with organic matter in water can produce carcinogenic substances such as trichloromethane, has a strong irritating odor, is corrosive to metals and has a damaging and bleaching effect on fabrics. Sodium dichloroisocyanurate: toxic to humans and animals, irritating to skin mucous membranes. When used to disinfect water, chlorine can combine with organic matter in the water to form carcinogens such as trichloromethane. An airborne concentration of 2.5 mg/m3 should be used with personal protection. Benzachlorine: a practically non-toxic grade compound that is non-irritating, non-volatile and non-residual toxic in diluted application solution. Alcohol: irritates the mucous membranes and can cause the skin to lose esters, resulting in dry, rough and cracked skin. Para-chlorobenzophenol: Non-toxic by mouth, non-irritating to the skin once damaged, mild irritation in multiple skin irritation tests and non-irritating to the eyes. Multiple tests of vaginal mucosal stimulation, which is very mild and not subacute toxic to the experiment. In terms of toxicological safety, hypochlorous acid is the safest, thus reducing personal protection during disinfection and increasing personnel compliance. 07 scope of application Hypochlorous acid: can be used in medical and health institutions, all kinds of public places, food processing, restaurants, homes and other occasions, disinfection of various objects, including endoscopes, surgical instruments; sores/wounds, skin mucous membranes; air, hands, object surfaces and fabrics, fruits and vegetables, catering equipment, secondary water supply facilities, etc. Sodium hypochlorite: can be used for disinfection of corrosion-resistant materials, can be disinfected by immersion, wiping and spraying, disinfection of drinking utensils, disinfection of fruits and vegetables, disinfection of fabrics, disinfection of blood and mucus and other bodily fluid contamination, disinfection of excrement. Sodium dichloroisocyanurate: mainly used for the disinfection of environmental surfaces, tableware and sanitary ware. Benzachlorine: suitable for cleaning and disinfecting environmental surfaces in homes, hotels, etc., as well as for disinfecting skin mucous membranes. Alcohol: mainly used for hand and skin disinfection and occasionally for wiping down instruments and surfaces. Para-chlorobenzophenol: mainly used for the disinfection of hands, skin, mucous membranes, surfaces and fabrics. In general, hypochlorous acid has a relatively wide range of applications and can be used in health care facilities, food processing sites, home life, etc. Its main advantage over other disinfectants is that it can be used for hand, skin, mucous membrane and air disinfection. Overall, hypochlorous acid has a significant advantage in terms of safety, broad-spectrum sterilization, sterilization ability, environmental protection, etc. Even though offline or major online sales platform hypochlorous acid disinfectant does not occupy the top of the list, but I believe hypochlorous acid disinfectant will sooner or later become the mainstay of the civilian disinfection market. References: Guangbo Xue, Liubo Zhang, BJ Hu. Technical specifications for hospital disinfection [M]. Beijing: China Standards Press, 2017:133-187 Note. The above is from Electrolytic Water Technology Channel, author of Electrolytic Water Technology Channel. We are a disinfectant water factory located in Ningbo, China. We have 50 tons/day of disinfectant water, 100,000 bottles/day of hand sanitizer capacity, products have FDA, CE, MSDS, ITS, REACH test report, can provide you OEM, pls feel free to contact us! Edit by SuperCleanGo www.supercleanmedical.com Email:george@supercleango.com

The following article comes from Electrolytic Water Technology Channel, author of Electrolytic Water Technology Channel. In order to effectively prevent the spread of neocoronavirus infection, the Government has taken various preventive measures. Japan's Ministry of Health, Labour and Welfare has issued the importance of hand washing, wearing masks, gargling and disinfecting the mouth. Disinfection with disinfectant alcohol, 0.1% sodium hypochlorite solution, water hypochlorite (a liquid with bactericidal activity and high human and environmental safety through electrolysis of sodium chloride or dilute hydrochloric acid) is recommended, which is very helpful in preventing the infection of this virus. Inactivation effect of water hypochlorite on bacteria and viruses Water hypochlorite (effective chlorine concentration of 10~80ppm) has a high killing effect on all kinds of pathogens and viruses, its killing capacity is better than 70% disinfection alcohol, comparable with 0.1% sodium hypochlorite. General disinfectants are more effective against enveloped viruses (e.g., influenza viruses), i.e., viruses with weak autologous resistance, while those without envelopes (e.g., norovirus) are less effective and viruses with strong autologous resistance (as shown in Figure 1). Coronaviruses (including novel coronaviruses), like influenza viruses, have an envelope structure similar to that of influenza viruses (as shown in Figure 2). Therefore, it can be inferred that water hypochlorite is effective against novel coronaviruses. While the current focus is on novel coronavirus infections, influenza is actually more prevalent and other pathogens are present everywhere. In this case, the use of hypochlorite water is very safe for people and the environment, and its inactivating effect on a wide range of bacteria and viruses makes its use for the disinfection and sterilization of equipment and the environment extremely appropriate. Also, washing your hands with running water with hypochlorite will ensure that your hands don't get rough. Coronavirus resistance Figure 1 shows the resistance of various pathogens to disinfectants. It is well known that viruses can be divided into envelope-free and enveloped viruses. Envelope free viruses (norovirus, adenovirus, enterovirus, poliovirus, etc.) are highly resistant, while envelope free viruses (influenza virus, coronavirus, herpes virus, measles virus, etc.) are less resistant. Figure 1 Resistance of multiple pathogens to disinfectants Basic structure of the coronavirus Typically, viruses have three basic structures (shown in Figure 2), which can be roughly distinguished on the basis of unenveloped (A) and enveloped (B, C), where the nucleic acid in the nucleosome of the enveloped virus (B) contains no protein, whereas the nucleosome of the enveloped virus (C) contains protein. Typical examples of structure A in the figure are poliovirus, adenovirus and norovirus; typical examples of structure B are herpes virus; typical examples of structure C are influenza virus, coronavirus, measles virus, etc. The new coronavirus currently in vogue is the C structure. In addition, it is possible to classify nucleic acids based on whether they are DNA or RNA present in the center of the viral particles (as shown in Figure 1). Coronaviruses are RNA viruses, as are influenza viruses and noroviruses. In summary, coronaviruses and influenza viruses are very similar in structure. Figure 2 Basic structure of the virus March 2020 Functional Water Research Foundation Note. We are a disinfectant water factory located in Ningbo, China. We have 50 tons/day of Hypochlorous acid disinfectant, 100,000 bottles/day of hand sanitizer capacity, products have FDA, CE, MSDS, ITS, REACH test report, can provide you OEM, pls feel free to contact us! Edit by SuperCleanGo www.supercleanmedical.com Email:george@supercleango.com

At present, the prevention and control of the pneumonia epidemic of novel coronavirus infection has entered a critical stage. With workers returning to work one after another, enterprises starting work one after another, production, operation and logistics and transportation activities increasing, personnel movement has increased, the prevention and control of the epidemic. Facing some new situations, new circumstances and severe test. Before the enterprise resumes work and production, the production, living and office areas within the plant for a comprehensive environmental health cleaning, especially in crowded places. In addition, key facilities and equipment should be thoroughly killed, and good ventilation should be maintained to prevent the spread of the virus, so as to ensure that no dead ends and no leaks are left. Blind spots. 1.What to do on the way to work? Wear disposable medical masks properly. Walk, ride, or take a private car or shuttle to work. If you must take public transportation, wear a mask at all times. Avoid touching things in the car on the way to work. If you need to use the bicycle on your way to work, it is recommended that you spray the handlebars 360° with 60ppm acidic electrolytic water/ hypochlorous acid, and wipe off the acidic electrolytic water/ hypochlorous acid residue after 1min or more of spraying. 2.What do you do when you enter an office area? Consciously take a temperature test before entering the office building, the body temperature is normal enough to enter the building to work, and wash your hands in the bathroom. If the body temperature exceeds 37.2 ℃, do not enter the building to work, and go home to observe and rest, if necessary, go to the hospital. Before entering the elevator room, wear a mask and keep a distance of more than 1 meter from others; when touching the elevator button, wrap it in tissue paper. Or touch the buttons by wearing gloves, etc. Use hypochlorite water to wash and disinfect your hands if you suspect they are contaminated after riding in an elevator. The elevator is most people from home to the office must go through, because of the small space, poor ventilation, close contact, personnel circulation and other reasons, easy to cause the virus cross-transmission, so the enterprise should increase the internal cleaning of the elevator disinfection, increase the frequency of disinfection. Elevator disinfection, it is recommended to use 60 ~ 80ppm acidic electrolytic water / hypochlorite water for wiping disinfection, especially the switch and floor. Keystrokes. The frequency of disinfection can be set according to use, not less than 3 times a day. 3.Upon entering the office Keeping the air in the office area clean Ventilation is recommended 3 times a day for 20-30 minutes each time. A continuous spray of 60 ppm acidic electrolytic water/ hypochlorite can be used daily before work, during lunch break and after work. Greater than 10mL/m³ to reduce aerosols in the air and prevent the spread of viruses in the air. Note: (1) keep a distance of more than 1 meter between people, and wear masks when many people are working; (2) alcohol is flammable and explosive, and is strictly prohibited to be used for spray disinfection of indoor air. Maintain frequent hand washing Wash hands immediately before eating and after entering the toilet; wash hands immediately after contact with respiratory secretions (e.g., after sneezing); cover nose and mouth with paper towels and towels when coughing or sneezing; wash hands as soon as possible after coughing or sneezing; avoid touching eyes, nose or mouth with hands. Keeping the environment and equipment clean Daily disinfection of public environments such as foyers, hallways, meeting rooms, stairs, bathrooms, etc. is required. The cleaning tools used in each area should be separated to avoid mixing. Floor: It is recommended to use 60~80ppm acidic electrolytic water/ hypochlorous acid for wet mopping, at least twice a day, and clean and disinfect before going to work. WC: (Feb. 1, Shenzhen Third People's Hospital detected in the stool of a patient diagnosed with pneumonia from a novel coronavirus infection) 2019-nCoV nucleic acid, indicating that the virus may be present in feces). It is recommended to use 60 to 80 ppm acidic electrolytic water/ hypochlorous acid water for brushing toilet bowls, sinks and other sanitary ware in the bathroom or Wipe at least twice a day. Also, a special nebulizer can be used to spray 60 ppm acidic electrolytic water/ hypochlorite water in the bathroom at regular intervals of half/one hour Spray once, 5-10min each time, to reduce both aerosols and odors in the bathroom. Cloths, mops: cloths, mops and other fabric cleaning utensils are recommended to be cleaned promptly after use, with 60~80ppm after cleaning. Soak in acidic electrolytic water/ hypochlorous acid for 20 min, remove and dry before use. Separate equipment by area and application, and do not mix them. Maintaining public and personal hygiene Items that are used or touched frequently in the office must be disinfected daily. Doorknob: (On February 3, the Guangzhou CDC detected a novel coronavirus 2019-nCoV from a patient's doorknob test) (Traces.) Doorknobs are at high risk of cross-contamination due to high frequency contact, so it is recommended to use 60 ppm acid before and after work daily Wipe down and disinfect with electrolyzed water/ hypochlorite. During work, it is recommended that doors be kept open to reduce personnel contact. Tables, chairs, cabinets: For personal use, it is recommended to use 60ppm acidic electrolytic water/ hypochlorous acid water before going to work every day. Wipe down at least once a day. ; Public tables, chairs, cabinets, etc., are recommended to be wiped at least twice a day or immediately after each use. Public office supplies: landline phones, printers and other public office supplies, it is recommended to wipe twice a day with 60ppm acidic electrolytic water / hypochlorous acid water, if used frequently can increase the frequency. Personal office supplies: Personal office supplies such as mice and keyboards should be wiped with 60ppm acidic electrolytic water/ hypochlorite at least once a day before use at work. Parcels and documents: parcels and documents should be sent and received in a uniform manner. After receiving them, spray them with 60ppm acidic electrolytic water/ hypochlorous acid water to disinfect their packaging, and bring them into the office only after 5min. Trash cans: Disinfect personal trash cans at least once a day by spraying 60~80ppm acidic electrolytic water/ hypochlorous acid water. 4.What to do when you get home from work? Wash your hands and put on the mask properly before leaving the office. Take off the mask when you return home and spray 60ppm acidic electrolytic water / hypochlorite water to disinfect it before throwing it in the garbage, so as to avoid the following Secondary contamination. Change clothing and shoes and promptly wash and disinfect hands using acidic electrolytic water/ hypochlorite water. Wipe cell phones and keys with 60 ppm acidic electrolytic water/ hypochlorous acid water. It is recommended that you wash your clothes as soon as possible, and soak them in 60ppm acidic electrolytic water for 5~20min after washing. Disinfection. Finally, we hope that all enterprises and individuals will strengthen personal protection and pay attention to personal hygiene during this special period and contribute to the early eradication of the epidemic. Power! Hypochlorous acid water is a new generation product,pls fell free to contant us for more detail information. Email:george@supercleango.com

Guidance on the use of hypochlorite water in the domestic environment Acidic electrolytic water / hypochlorite water can effectively kill bacteria and viruses, and is harmless and non-irritating to humans, so how do we use it to better disinfect our homes and effectively protect us from the new coronavirus? disinfection by washing one's hands Proper hand washing is one of the most effective measures to prevent respiratory and intestinal infections. Rinse with 60ppm acidic electrolytic water/ hypochlorous acid for 1min; if your hands are heavily soiled, it is recommended to use soap first. Disinfection should be carried out after the dirt has been removed by washing the hands with liquid soap/hand sanitizer and water (running water). The six-part washing technique is performed. When it's time to clean your hands. Wash hands and sanitize immediately upon returning from work, grocery shopping or exercise. Wash hands and disinfect immediately after coughing or sneezing or after contact with respiratory secretions. Washing hands and disinfecting immediately before and after eating and urinating. Hand washing and sanitization before food preparation, and normal hand washing during and after. Wash hands and disinfect after contact with others or animals. Indoor air disinfection After the room is ventilated, use 60ppm acidic electrolytic water / hypochlorite water for continuous spraying, spraying volume greater than 10mL/m³, so as to reduce bacteria, viruses and dust particles in the air, and appropriately increase the humidity of the room to protect the respiratory tract. Air disinfection points. Ventilation at least twice a day for 30 min each time. (b) Do not open windows in areas with a heavy epidemic and use exhaust fans, air conditioners and other mechanical ventilation methods; in areas with a light epidemic it is recommended to open windows directly for ventilation. It is recommended to clean the exhaust fan baffle, air conditioner screen and filter monthly, and soak or wipe them with 60~80ppm acidic electrolytic water/ hypochlorite water for 5~20min. Floor disinfection Clean the floor every day, it is recommended to use 60ppm acidic electrolytic water / hypochlorite water directly for wet mopping. After wiping off the contamination such as grease, mop it up with clean water before proceeding. If there is a small amount of acidic electrolytic water/ hypochlorous acid water, mop it with tap water and spray 60ppm acidic electrolytic water for disinfection. General surface disinfection of objects Doorknobs, window handles, countertops, tables and chairs, handrails and other objects are frequently in contact with the human body, and should be sprayed or wiped with 60ppm of acidic electrolytic water / hypochlorite water 1 to 2 times a day. The thermometer is a recently used medical item and it is recommended to disinfect it before and after each use. Conventional mercury thermometers should be wiped with 60ppm acidic electrolytic water before use and soaked in 60ppm acidic electrolytic water after use. or wipe; all skin contact parts should be wiped with 60ppm acidic electrolytic water before and after use of the electronic thermometer. As one of the most inaccessible objects to the vast majority of people, mobile phones can be heavily contaminated with bacteria or viruses, both outdoors and indoors. Therefore, it is recommended to wipe the surface of the mobile phone with a non-woven fabric moistened with 60ppm acidic electrolytic water or hypochlorite water 1 to 2 times a day. . In addition, handheld electrical products such as tablets, keyboards, mice, remote controls, etc. need to be properly disinfected according to the frequency of use. Delivery parcels such as takeaway food and merchandise are recommended to be sprayed with 60ppm acidic electrolytic water to disinfect the outer packaging before taking it into your home for 3~5min. Fabric disinfection Masks are an indispensable fabric at this stage. If you return from wearing a disposable medical mask, it is recommended that you spray the inside and outside of the mask with 60ppm acidic electrolytic water to disinfect both sides of the mask. (Emphasis is on the outward-facing side, and it can be used again after drying; if you come back from outing with a fabric mask, use 60ppm acid after washing. Soak in electrolyzed water for 5~10min, let dry and then use again. The mask should also be sprayed with 60ppm acidic electrolytic water for disinfection before discarding to avoid secondary contamination. (Note: Reuse of disposable masks is not recommended, unless the above method is used in special circumstances.) Towels, clothing, sheets and other household fabrics should be washed regularly to remove stains, and then soaked in 60ppm acidic electrolytic water for 5~20min for disinfection. Sanitary ware disinfection It has been reported that the novel coronavirus may be present in human feces, posing a risk of transmission, so bathroom toilets and other sanitary ware also need to be focused on Disinfection. It is recommended to clean immediately after each use and rinse or spray with 60-80ppm acidic electrolytic water to disinfect. Mops, rags and other sanitary ware are recommended to be washed in time after use, after cleaning, soak in 60~80ppm acidic electrolytic water for 5~20min, remove and dry. Disinfection of meals and kitchen utensils After using the dishes, it is recommended to remove the grease and wash them first, then rinse them with 40ppm acidic flowing electrolytic water for 30s or soak them for 3~3 hours. 10 min, drained and ready for reuse. Chopping boards, knives, etc. should be disinfected with detergent to remove grease after contact with raw meat products, and then with acidic electrolytic water as described above. Fruit and vegetable washing For raw fruits and vegetables, it is recommended to use 30~40ppm slightly acidic electrolytic water for soaking and cleaning for 1-3min or rinsing with flowing slightly acidic electrolytic water for 30s, which can effectively remove surface viruses and bacteria and prevent germs from entering the mouth. Hypochlorous acid water is a new generation product,pls fell free to contant us for more detail information. Email:george@supercleango.com