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Home: Welcome Nhat Phu Chemical Nhat Phu Chemical Import Export Joint Stock Company Since 2000, Nhat Phu Chemical Joint Stock Company has provided quality services to clients by providing them with the professional care they deserve. Get in touch today to learn more about our company Nhat Phu Export and Import Chemical Corporation NHAT PHU IMPORT & EXPORT CHEMICAL CORPORATION Our products are imported from famous corporations in worldwide from UK, USA, Germany, Japan, Thailand, China, Indonesia, Malaysia, Singapore. … With experiences and a team of engineers and skilled staffs, we are committed to providing the best quality products and the most perfect service in Vietnam with the slogan: SECURE QUALITY – COMPETITIVE PRICE – EXCELLENT SERVICE Nhat Phu Chemical Import Export Joint Stock Company Land lot no.LL4', Road no.3, Xuyen A Industrial Park, My Hanh Bac Commune, Duc Hoa District, Long An Province Phone: (+84)91 717 3829 ​ Fax: 84-27 2377 7227 Website: http://nhatphuchem.com.vn Email: info@nhatphuchem.com.vn Vietnam Tax code: 1101885343 CT CP XNK HC NHATPHU CT CP XNK HC NHATPHU2 CT CP XNK HC NHATPHU6 CT CP XNK HC NHATPHU Our Products Product portfolio Industrial Chemicals List of Industrial Chemicals Water treatment chemicals List of Water Treatment Chemicals Feed ingredient chemicals List of raw materials for animal feed Textile dyeing chemicals List of Textile Dyeing Chemicals Plating chemicals List of Plating Chemicals Food chemicals List of Food Chemicals Other chemicals List of other chemicals Basic chemicals List of Basic Chemicals Home: About Home: Services Contact Us Now! Questions, comments or requests? Feel free to reach out, we love to hear from you. Contact us now to get the fastest best answer! Land lot no.LL4', Road no.3, Trans-Asia Industrial Park, Commune My Hanh Bac, District Duc Hoa, Long An Province, Vietnam info@nhatphuchem.com.vn Hotline: 091 717 3829 024 3456 7890 Home: Contact Home: Trình nạp tin blog No posts published in this language yet Once posts are published, you’ll see them here.

Hydrochloric Acid HCL Recipe : HCL Content : 35% Made in Korea Packing : 30kg/1Can | 280kg/1Phi Detail Hydro Chloric HCL: Service Hydrochloric acid - What is hydrochloric acid used for? Hydrochloric Acid – Hydrochloric acid is made from the dissolution of hydrogen chloride gas and water. This acid is also found in the stomach and is also the cause of some cases of stomach ulcers. The chemical exists in the form of a solution, a colorless, volatile liquid. In concentrated form in concentrations up to 40°C, rub the fume in moist air. This is a strong acid. In solid form can cause some effects on the human body upon contact. Therefore, when used, it is often diluted and applied in manufacturing industries. Hydrochloric Acid - Hydrochloric Acid is widely used in industry With chemical properties, Acid HCL - Hydrochloric Acid has 2 properties: strong acid and redox. In terms of strong acidity: make red litmus red; reacts with metals in front of H, reacts with metal oxides, bases, salts, etc. As for redox properties when it can react with metals before H2, it acts with some substances such as: KClO3, MnO2, KmnO4… How to prepare HCL Acid - Hydrochloric Acid – Preparation method in the laboratory: NaCl (solid) + H2SO4 (concentrated) -> HCl + NaHSO4 – How to prepare in industry: H2 + Cl2 -> HCL HCL acid - How is hydrochloric acid used? - Is a strong acid used for many industries: steel rust removal, cleaning agents, semiconductor industry ... - Production of organic and inorganic substances - Neutralizes pH – As a chemical intermediate to create other chemical products. Chemicals always need to be used safely HOW TO USE ACID HCL - CLOHYDRIC ACID FOR SAFETY? Usually the product is produced and stored in a solid form. However, in solid form, when using, more care should be taken because smoke may occur in humid air. This is absolutely not good and causes great harm to the human body when exposed to too much. Besides being a strong acid, it also causes phenomena such as corrosion or destruction. Therefore, it is best to dilute it with water in a reasonable ratio when using it. It will avoid the above phenomena and can also be applied to some other needs in production or consumption. Users need to know how to store and contact HCL Acid - Hydrochloric Acid very well when using. Hydro Chloric HCL: Văn bản

Sulfuric Acid 98% – H2SO4 Expert Service Nhat Phu Chemical Joint Stock Company is committed to getting the job done, especially when it comes to this service. You can count on us to be professional, timely, efficient and make sure you're satisfied every step of the way. Detail Acid Sulfuric 98% – H2SO4: Service What is H2SO4 - Sulfuric Acid used for? Learn about this chemical, so that users better understand its characteristics, properties and most effective use. Chemistry is a type of chemical that is mentioned a lot in chemistry textbooks at all levels. However, many people really still do not fully understand this chemical, especially about its practical application. Below will help you find out in the most specific way. H2SO4 - Sulfuric acid is a chemical in liquid form but it is not like water, colorless, odorless, non-volatile and heavier than water. It is a strong acid that is soluble in water. The product is not available in nature but relies on the oxidation of ryrite ore. Also with pure solution it is based on the reaction of H2SO4 + H2O. It is also present in acid rain, when chemicals are oxidized or sulfur dioxide oxidizes in water. Properties of H2SO4 – Sulfuric Acid Physical properties: Chemical forms are usually concentrated and depending on the concentration will be used for different purposes: concentrations as low as 10% are diluted for use in laboratories. About 35-60% is used as battery production, other acids, fertilizer production. Concentrated acid is about 98-99 %. In addition, chemicals are polar and conductive. Chemical properties: Reacts with water: produces hydroin ions Reaction with bases and sulfate salts Pushes weak acids out of salt As a reactant to produce some other substances. Application of chemicals H2SO4 - Sulfuric Acid Most chemicals are used in manufacturing industries such as dyes, detergents, paints, fertilizers, pesticides, batteries, pharmaceuticals, and plastics. and applications in the metallurgical industry… How to use H2SO4 - Sulfuric Acid safely and effectively? When using, do not leave chemicals in concentrated form, otherwise it will cause danger. When using, it is necessary to dilute the acid with water, but add it slowly and mix well. As a corrosive substance, it should not come into contact with objects such as iron or aluminum. Users need to protect themselves when using should wear protective gear, glasses because even if diluted, it is also a strong acid. Should be stored well, in a cool and dry place, especially avoid moisture in the water. H2SO4 – Sulfuric acid is an extremely strong acid, so users must always make sure to use it, learn more about the product information to use it more effectively. Acid Sulfuric 98% – H2SO4: Văn bản

Calcium Chloride Formula : CaCl2 Content: 96% Made in China Packing: 25Kg/1bag Calcium Cloride: Service Chemical CaCl2 - What is Calcium Chloride Anhydrous used for? Appearance: White powder or flakes, quickly soluble in water The chemical has the chemical formula CaCl2, which is a salt of calcium and chloride. At room temperature, calcium chloride is solid and soluble in water. Calcium chloride can be produced from limestone. Industrially, calcium chloride is produced by collecting it as a by-product of the Solvay process. CaCl2 - Calcium Chloride Anhydrous is widely used in industry, has strong hygroscopic properties. Therefore, it is often used for drying. The process of dissolving calcium chloride generates a large amount of heat, which has many industrial applications. Although widely used, few people know about CaCl2 - Calcium Chloride Anhydrous. So what is this chemical and what is it used for, we will help you understand shortly. ​ Chemical CaCl2 – Calcium Chloride Anhydrous and identification characteristics The compound usually exists in crystalline form with 6 water molecules. There is also a dihydrate form, CaCl2.2H2O and anhydrous Calcium Chloride CaCl2. Exist in solid state, white or colorless powder, bitter taste, strong hygroscopicity, odorless, soluble and high heat in water, etc. The density of the chemical is 1.68 g/cm3. The melting point is 29.92 degrees Celsius. When heating the chemical, CaCl2.6H2O loses four water molecules and becomes CaCl2.2H2O in the form of white porous cubes. And when CaCl2.2H20 is melted and dehydrated, it becomes CaCl2khan: a white, hygroscopic crystalline mass, density: 2,512 g/cm3, with a melting point of 772 degrees C. All chemicals. Both are soluble in water and ethanol, sparingly soluble in acetone. ​ Application of chemical CaCl2 - Calcium Chloride Anhydrous CaCl2 - Calcium Chloride Anhydrous is widely used in current technologies such as raw materials in the seafood industry, metallurgical industry, and paper industry. In addition, calcium chloride is also used as an additive in plasticizers, as a drainage aid in wastewater treatment, as an additive in fire extinguishers, as an additive in slag generation control in furnaces. high, as well as as a thinner in fabric softeners. At room temperature, chemicals are solid and soluble in water. Products can be manufactured from limestone. In industry, it is produced by collecting it as a by-product of the Solvay process. CaCl2 - Calcium Chloride Anhydrous has strong hygroscopic properties. Therefore, it is often used for drying. The process of dissolving CaCl2 generates a large amount of heat, which has many industrial applications. In addition, the chemical is also used as an additive in plasticizers, as a drain aid in wastewater treatment, as an additive in fire extinguishers, as an additive in controlling slag generation in furnaces. high, as well as as a thinner in fabric softeners. Every year, the world produces millions of tons of CaCl2 - Calcium Chloride Anhydrous, the North American market alone consumes about 1,687,000 tons (according to 2002 statistics). Calcium Cloride: Văn bản

Chlorine Chlorin 70% Aquatick Formula: Ca(OCl)2 Content: 70% Origin: India - India Packing: 45Kg/1 carton Detail Chlorine Chlorine 70% Aquatick: Services Chlorine - What is chlorine and how is it used? External inspection : Powder or granule form, strong odor, easily soluble in water. Chlorine – Chlorine in nature is found as a white powder, pellet, or flat sheet. This chemical should be best stored in cool dry conditions, away from chemicals and organic substances. This substance is self-heating and decomposes rapidly with the release of toxic chlorine gas. The common product is a yellow-white solid with a chlorine odor. Chlorine - Chlorine is commonly known as Chlorine. This is a chemical compound with strong oxidizing and bactericidal properties. Products are used a lot in daily life and in many different aspects such as scientific research, applications in different societies. Chemicals are also common and effective disinfectants. It is non-toxic to humans and a good alternative to formol, potentiated iodine or quaternary ammonia. Application of Chlorine - Chlorine In terms of uses, the chemical is used to disinfect swimming pool water, water treatment in aquaculture or wastewater, is also an ingredient in bleaching powder, used to bleach cotton and linen. It is also used in bathroom cleaners, household disinfectant sprays, moss killers, algaecides, and weed killers. This product has been in common use since the 1970s, due to its advancements in terms of effective bactericidal and non-toxic compounds: Removal of phenols and organic compounds with phenol groups (which are cancer). The ability to disinfect and strongly oxidize pathogens, especially Giardia and Cryptosporidium strains. In addition, Chlorine – Chlorin can be used to produce chloroform. Products are suitable for many in nature, easy to find and cheap. Chlorine - Chlorine is a colorless, highly effective disinfectant against a wide range of bacteria, effective in oxidizing certain organic and inorganic compounds. In addition, chemicals can remove some unpleasant odors and some toxic substances that can cause dermatological and stomach diseases when ingested in humans are present in the water. Therefore, it is used to bleach and disinfect water in daily life or water used in livestock. Not only that, the product is also used for the purpose of oxidizing reducing substances in water to make the water clearer and cleaner. Using Chlorine - Chlorine at the right dose will help fully exploit the use of this chemical, on the contrary, if used in the wrong dose, it can cause harm to the surrounding environment and affect the environment. People. ​ Preserve Chlorine - Chlorin and use it safely Flammable and reactive chemicals must be arranged in separate, separated areas to ensure safety and convenience. Store Chlorine - Chlorin in a separate storage, in case of an incident. There are suitable entrances with fire-resistant doors that are opened to the outside. Doors must be of the appropriate size to allow safe transport of Chlorine - Chlorine. Room temperature conditions containing Chlorine – Chlorine should not be too hot or too cold, as that may cause damage or deterioration of the product quality. Chlorine - Chlorin storage must always be dry and cleaned regularly to keep the temperature stable, need to install many fans to create ventilation in the warehouse. The place to store Chlorine - Chlorin is a warehouse that must be carefully calculated, resistant to fire, high temperature, not chemically reactive and impervious to liquids. Warehouses must be located far from residential areas and surface water sources such as rivers, streams and water storage areas to supply domestic needs or large irrigation water. Chlorine Chlorine 70% Aquatick: Văn bản

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PAC - Polyaluminium Chloride Formula : [Al2(OH)nCl6-n]m Content : 28-31% Made in China Packing: 25Kg/1bag MSDS PAC – Polyaluminium Chloride Vàng Chanh: Service What is PAC - Polyaluminium Chloride used for? With this chemical, it may be a foreign substance to many people, but in certain industries, it is an indispensable substance in the water treatment industry. Basic information to know about PAC - Polyaluminium Chloride About the definition: this product is a kind of aluminum alum that exists in the form of polymers (polymers). This chemical is also known as a coagulant. The molecular formula is [Al2(OH)nCl6-n]m. The chemical composition is polyaluminium chloride, and there is also a chlorine-based disinfectant. About color, state: This substance exists in two forms, solid form (capable of completely soluble in water) and liquid form. In solid form, PAC - Polyaluminium Chloride is a white, turmeric yellow and lemon yellow powder. Applications PAC – Polyaluminium Chloride About use: Currently, this chemical is being produced popularly and mass-produced to replace alum aluminum sulfate in the treatment of industrial wastewater as well as domestic wastewater. Not coincidentally, industrial plants use PAC - Polyaluminium Chloride instead of using alum Aluminum Sulfate as before. That's because this chemical has many advantages, specifically as follows: Applications of the product are often found in water treatment such as: industrial wastewater treatment, feed water treatment, textile dyeing water treatment, paper industry water treatment, plating water treatment, river water treatment, etc. pond water, water treatment for textile dyeing, tanning water treatment... The advantages of PAC - Polyaluminium Chloride in water treatment Limit the adjustment of source water pH like alum currently used. From there, it is possible to save the dose of chemicals (used to increase alkalinity) as well as accompanying equipment such as chemical tanks and metering pumps. There is a low dosage, large residues that are easy to settle. Chemicals have the ability to reduce the volume of sludge. Helps to increase the clarity of water after settling, at the same time prolonging the filtration cycle, and increasing the quality of water after filtration. As an sequestering agent, it greatly improves the properties of polymers in water, increasing the rate of solidification and agglomeration, even in the case of low water turbidity and low temperature. Furthermore, PAC is also an isolating agent that increases the storage capacity of the final product. After opening the packaging, the chemical does not bleed or clump. PAC Industrial Wastewater Chemicals Market Supply to Europe Region, industry revenue reached approximately $1.31 billion in 2005 and grew to approximately $1.94 billion in 2012. Divided by application areas in raw water treatment, industrial wastewater treatment and chemical wastewater treatment. This market report covers antioxidants, biocides, coagulants, corrosion inhibitors, heavy metal scavengers, ion exchange resins, odor control agents and reverse osmosis in among other things for water treatment. Methods of preservation: To preserve PAC - Polyaluminium Chloride, if in solid form, the user should keep it in a sealed bag, place it in a dry place, the storage temperature is room temperature. If in liquid form, users can keep it in plastic bottles or cans if they want to preserve it longer. PAC – Polyaluminium Chloride Vàng Chanh: Văn bản

Sodium Bicarbonate Feed - Bicar Z Italy Solvay Formula: NaHCO3 Content: 99% Origin: Italy Packing: 25kg/1bag Detail Bicar Z Sodium Bicarbonate Feed: Service Sodium Bicarbonate – What is Bicar and how is it used? Sodium Bicarbonate – Bicar is the name of the salt with the chemical formula NaHCO3. This substance is widely used in many areas of life. The product is usually in the form of a fine, white, easily hygroscopic powder that is slightly soluble in water. When it encounters H+ ions, CO2 will be generated. Widely used in the chemical industry, is a food additive of the INS500 group Chemical properties Sodium Bicarbonate – Bicar Sodium Bicarbonate - Bicar is an acid salt because it has a mobile H atom in the acidic base, which is weakly acidic. However, since this is a salt of a weak acid, it can react with strong acids such as HCl to release CO2 gas, so the chemical exhibits basicity and this property prevails over acidity. The chemical has the chemical formula NaHCO3, solid, white, odorless, salty taste, melts at low temperature of 50 degrees Celsius. Decomposes into sodium carbonate, much soluble in water, insoluble in ethanol, absorbent. moisture fast, not flammable. Because it is widely used in food, it also has many other names: cooking soda, bicarbonate of soda... In common language, its name is shortened to sodium bicar, bicar soda, or just simply bicar. Uses of Sodium Bicarbonate - Bicar The product is a type of industrial chemical that is widely used in many different fields. As an indispensable material in life as well as production with multi-use characteristics, low cost, non-toxicity, it is popular. Sodium Bicarbonate - Bicar in the form of Feed in water treatment technology, chemicals are added to the water to disinfect, sterilize and neutralize the acidity, alkalinity, and balance the pH in water without harming human health and animals. farming, can be used for wastewater, swimming pool water, domestic water, aquaculture. Sodium Bicarbonate – Bicar in Food Grade form is used in the production of food additives, as well as in the household. The product is used to add to the baking powder to help the cake to rise evenly, large, often used in most cakes made with dough. The product is also used in stews and stews to help food cook faster and softer. Used to wash fruits and vegetables. In addition, it is also an effective deodorant and anti-mold agent, often used to absorb odors from refrigerators, wardrobes, and cars. The product is also used as an effective exfoliating cosmetic, used to care for sunburned skin, treat insect bites, used to brush teeth to increase brightness. Can be used instead of soap to wash hands. Sodium Bicarbonate - Bicar is also a multi-purpose cleaner used to clean houses, factories, machines, and polish metal objects. It can be said that this is a basic chemical serving multi-disciplinary in all areas of today's social life. Bicar Z Sodium Bicarbonate Feed: Văn bản

Sodium Bicarbonate Bicar Food Grade Solvay Italy Formula: NaHCO3 Content: 99% Origin: Italy Packing: 25kg/1bag Sodium Bicarbonate: Service Sodium Bicarbonate – What is Bicar and how is it used? Sodium Bicarbonate – Bicar is the name of the salt with the chemical formula NaHCO3. This substance is widely used in many areas of life. The product is usually in the form of a fine, white, easily hygroscopic powder that is slightly soluble in water. When it encounters H+ ions, CO2 will be generated. Widely used in the chemical industry, is a food additive of the INS500 group Chemical properties Sodium Bicarbonate – Bicar Sodium Bicarbonate - Bicar is an acid salt because it has a mobile H atom in the acidic base, which is weakly acidic. However, since this is a salt of a weak acid, it can react with strong acids such as HCl to release CO2 gas, so the chemical exhibits basicity and this property prevails over acidity. The chemical has the chemical formula NaHCO3, solid, white, odorless, salty taste, melts at low temperature of 50 degrees Celsius. Decomposes into sodium carbonate, much soluble in water, insoluble in ethanol, absorbent. moisture fast, not flammable. Because it is widely used in food, it also has many other names: cooking soda, bicarbonate of soda... In common language, its name is shortened to sodium bicar, bicar soda, or just simply bicar. Uses of Sodium Bicarbonate - Bicar The product is a type of industrial chemical that is widely used in many different fields. As an indispensable material in life as well as production with multi-use characteristics, low cost, non-toxicity, it is popular. Sodium Bicarbonate - Bicar in the form of Feed in water treatment technology, chemicals are added to the water to disinfect, sterilize and neutralize the acidity, alkalinity, and balance the pH in water without harming human health and animals. farming, can be used for wastewater, swimming pool water, domestic water, aquaculture. Sodium Bicarbonate – Bicar in Food Grade form is used in the production of food additives, as well as in the household. The product is used to add to the baking powder to help the cake to rise evenly, large, often used in most cakes made with dough. The product is also used in stews and stews to help food cook faster and softer. Used to wash fruits and vegetables. In addition, it is also an effective deodorant and anti-mold agent, often used to absorb odors from refrigerators, wardrobes, and cars. The product is also used as an effective exfoliating cosmetic, used to care for sunburned skin, treat insect bites, used to brush teeth to increase brightness. Can be used instead of soap to wash hands. Sodium Bicarbonate - Bicar is also a multi-purpose cleaner used to clean houses, factories, machines, and polish metal objects. It can be said that this is a basic chemical serving multi-disciplinary in all areas of today's social life. Sodium Bicarbonate: Văn bản

Na2SiO3 – Sodium Metasilicate Pentahydrate Formula: Na2SiO3 Content : Na2O : 28-30% – SiO2 : 27-29% Made in China Packing: 25kg/1bag Detail Sodium Metasilicate Pentahydrate: Service CAS-No. 10213-79-3 Chemical formula: Na2SiO3.5H2O, SiO3Na2.5H2O Synonyms: Metso Beads, Silicic acid, disodium salt, Sodium-m-Silicate, Orthosil, Disodium metasilicate, Disodium Monosilicate, Waterglass, Disodium trioxosilicate Properties and uses of Sodium Metasilicate Pentahydrate – Silicate Powder NA2SIO3.5H2O Chemicals play an important role in human life as well as in the field of processing and industrial production with specific physical and chemical properties, capable of meeting the processing needs of a number of substances used in products. production and daily life of people. ​ So what are the properties and uses of Sodium Metasilicate Pentahydrate – Silicate Powder NA2SIO3.5H2O? The chemical has a chemical name of Sodium Metasilicate. The chemical formula of the substance is Na2SiO3 The substance is made up of 3 elemental components: sodium, silicon and oxygen according to a stable physical structure In nature, the chemical is prepared as a white powder, or a homogeneous, transparent, wavy liquid. If exposed to air for a period of time, the color of the chemical may turn yellow or become cloudy. Chemical properties and preparation method Sodium Metasilicate Pentahydrate – Silicate Powder NA2SIO3.5H2O The product is a salt of silicic acid base and strong metal Na, which can react with alkalis, acids and some other substances. This chemical has all the chemical properties of a common salt. In industry, to prepare this product, people often use liquid phase or solid phase reaction with 2 main materials, NaOH base and SiO2 oxide. In the liquid phase, the two main components are put into a mixing tank with water, and then all the way through the reactor. During the passage through the reactor, the mixture will create steam and salt. Letting the vapor evaporate, the product formed will be obtained. In the solid phase, also use the above two components, but solid application of chemicals, high temperature combination. When the raw material containing the element Na is melted, SiO2 is brought in to dissolve it into the solution and create chemicals. Uses of Sodium Metasilicate Pentahydrate – Silicate Powder NA2SIO3.5H2O The most common and common use of chemicals is in the glass processing and manufacturing industry. Chemicals are the main ingredients to make up all kinds of glass, serving the use and export needs of the chemical manufacturing industry. In addition, Sodium Metasilicate Pentahydrate - Silicate Powder NA2SIO3.5H2O is also used in the production of detergents, glues, raw materials for the fertilizer industry, additives in the production of ceramics, porcelain, cement, textiles and dyes, and manufacturing. paper, cement, silicate paint, cold glaze, heat-resistant materials, soundproofing, electrical insulation, electric soldering agent.... In the industrial and domestic wastewater treatment industry, chemicals are also used by many factories. Sodium Metasilicate Pentahydrate: Văn bản

Supply company _ import Acetic Acid - Acetic Acid Chang Chun Taiwan Taiwan ​ Acetic Acid – What is acetic acid used for? Chemicals are organic solutions in pure form, colorless, strong odor and sour taste, infinitely soluble in water. The product has the chemical formula CH3COOH, the molecular weight is 60.05g/mol Acetic Acid – Acetic acid can produce a characteristic chemical reaction of the carboxylic acid group, and can be corrosive to iron, steel, liver or metal objects. In addition, it is easy to identify the product because it can double the color of litmus and it has a specific smell. Products need to be stored in accordance with the process, avoiding direct contact on the skin and body because it can be harmful to health and burn the skin. Application of Acetic Acid – Acetic Acid In ancient times, alchemists used vinegar to produce dyes. In 1847, the Germans successfully synthesized Acetic Acid from inorganic substances, thereby starting a chemical product industry up to 5 million tons per year. – In food: Acetic Acid – Acetic acid (according to food standards approved for use in the EU, USA, Australia, New Zealand…) is used under food additive code E260 as an acidity regulator. and as an indispensable condiment. - In industry: the product is widely used in many industries such as: industry producing colorants, organic solvents (ethyl acetate, butyl acetate, cellulose, acetate, acetone, ...). Synthetic plastics, silk fibers, PVA resins. The product is also a reactant used to produce chemical compounds. The largest individual uses are for the production of vinyl acetate momoner, followed by the production of acetic anhydride and esters. The amount of acetic acid used to produce vinegar is very small compared to the above. Acetic Acid - Acetic acid is used to prepare industrial production, to prepare herbicides, pharmaceuticals, dyes, rubber, artificial fibers, etc. Most chemicals are used in industry because it can be cooked. alkaline bleaching, many applications in the industrial production process. Preparation of ester production from Acetic Acid – Acetic Acid The major esters of acetic acid are commonly used as solvents for printing inks, paints and coatings. These esters include: ethyl acetate, n-butyl acetate, isobutyl acetate, and propyl acetate. They are usually produced by a catalytic reaction from acetic acid and alcohols, respectively: H3C-COOH + HO-R → H3C-CO-OR + H2O, (R = alkyl group) However, most acetate esters produced from acetaldehyde are used by Tishchenko's reactions. In addition, acetate ether is also used as a solvent for nitrocellulose, acrylic paints, paint removers, and wood stains. The chemical is produced from pyroligene acid, by the destructive distillation of wood. Today, production is commercialized by oxidation from solvents Butane, Ethylene, or Methanol (wood alcohol). Natural form of production by aerobic fermentation of sugars or alcoholic solutions such as beer, cider, fruit juices, and wine. This process is catalyzed by the word Acetobacter bacteria. A new use from this chemical is to produce the chemical Calcium magnesium acetate (CMA), which is an efficient and highly biodegradable de-icing agent. But this chemical has had limited use in the past, because it costs many times more than the application of salt. Today, manufacturers have announced a new method to produce acetic acid from cheese-making by-products, in order to reduce the cost of producing the chemical Calcium magnesium acetate. Aecetic Acid: Văn bản