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Zinc Chloride 98% is a very useful chemical compound having the chemical formula ZnCl2. Chemical Appearance Zinc Chloride 98% has the appearance of a white or colorless crystalline solid. It is hygroscopic and very deliquescent. It is odourless. It is highly soluble in water. Chemical Applications and Strengths Zinc Chloride 98% is an extremely efficient chemical compound and therefore, has many industrial applications. Its main applications and strengths are: Zinc Chloride 98% is most popularly used in the battery industry. It is used as a metallurgical flux. It reacts with metal oxides and gives derivatives of the idealised formula MZnOCl2. This reaction uses zinc chloride solution as a flux for soldering. It is used in organic synthesis. It is a very useful Lewis acid in organic chemistry. It is used as a catalyser for catalysing the conversion of methanol to hexamethylbenzene.

Chemical appearance Lead nitrate or Lead dinitrate has a white colour and comes in the form of small crystals bits. It is very soluble in water. Chemical application and strength Lead nitrate or Lead dinitrate is an inorganic compound which has a wide array of applications in different industries. In the field of mining, it is used as an accelerator in the cyanidation process of gold and other precious metals. In the flotation processes it is a great activator of stibnite in antimony ores. It has the ability to enhance the kinetics of gold leaching. One of the advantages of Lead nitrate is that it can activate sphalerite which is like Copper Sulphate. Adding lead nitrate will not the consumption of cyanide. When used along with oxygen, it is able to provide better effectiveness in the extraction of gold. It is also used as a heat stabilizer in polyesters and nylon. Also, it is used in the coatings of photothermograpic paper.

Iron Oxide is an inorganic compound. It is a very useful chemical compound which is made up of iron and oxygen. It occurs by the oxidation of iron. Its chemical formula is Fe2O3. Chemical Appearance Iron Oxide has the appearance of a red brown solid. It mostly comes in the powdered form. It is an odourless compound. It is insoluble in water. Chemical Applications and Strengths Iron Oxide is an extremely efficient chemical compound and therefore, has many commercial applications. Its main applications and strengths are: Iron Oxide is most popularly used as feedstock in the iron and steel industries for the mass production of iron, steel, and other alloys. The fine powder of iron oxide is known as rouge and it is used to polish metallic jewellery and lenses. It is also used as a cosmetic. Rouge cuts more slowly than modern polishes but it is still widely used because it gives a superior finish.

Chemical appearance: Liquid Caustic Soda Lye is basic a solution of sodium hydroxide. Depending on the intended application, it can be diluted to 32% or 50 %. The solution is colourless and does not have any smells. It is a salt formed by the reaction of sodium and water. Chemical application and strengths: The caustic soda solution is a strong base that is used in various applications across various industries. Some major applications include 1. It is used in the purification of water and water treatment such the partial water softening in drinking water production 2. It is used for cleaning facilities in dairy products industries 3. It is used in the demineralisation of water as it helps in the regeneration of ion exchangers 4. In the textile industry, it used for the preparation of the spinning solutions 5. It is used as an ingredient for various pharmaceutical products such as sodium lactate

Chemical appearance: Liquid Caustic Soda Lye is basic a solution of sodium hydroxide. Depending on the intended application, it can be diluted to 32% or 50 %. The solution is colourless and does not have any smells. It is a salt formed by the reaction of sodium and water. Chemical application and strengths: The caustic soda solution is a strong base that is used in various applications across various industries. Some major applications include 1. It is used in the purification of water and water treatment such the partial water softening in drinking water production 2. It is used for cleaning facilities in dairy products industries 3. It is used in the demineralisation of water as it helps in the regeneration of ion exchangers 4. In the textile industry, it used for the preparation of the spinning solutions 5. It is used as an ingredient for various pharmaceutical products such as sodium lactate 6. It is used in the refining and desulphurisation in the petroleum

Zinc Chloride 98% is a very useful chemical compound having the chemical formula ZnCl2. Chemical Appearance Zinc Chloride 98% has the appearance of a white or colorless crystalline solid. It is hygroscopic and very deliquescent. It is odourless. It is highly soluble in water. Chemical Applications and Strengths Zinc Chloride 98% is an extremely efficient chemical compound and therefore, has many industrial applications. Its main applications and strengths are: Zinc Chloride 98% is most popularly used in the battery industry. It is used as a metallurgical flux. It reacts with metal oxides and gives derivatives of the idealised formula MZnOCl2. This reaction uses zinc chloride solution as a flux for soldering. It is used in organic synthesis. It is a very useful Lewis acid in organic chemistry. It is used as a catalyser for catalysing the conversion of methanol to hexamethylbenzene.

Maleic Anhydride – MA is an organic compound. It is a very important chemical compound which is made by the vapour phase oxidation of n-butane. Its chemical formula is C4H2O3. Chemical Appearance Maleic Anhydride – MA has the appearance of a white crystalline or needle like solid. It has an irritating, choking odour. It is reactive in water. Chemical Applications and Strengths Maleic Anhydride – MA or Furan-2,5-dione is an extremely useful chemical compound and therefore, has many industrial applications. Its main applications and strengths are: Maleic Anhydride is most commonly used in the process of production of unsaturated polyester resins UPR.

EDTA Tetrasodium is a very useful salt which is made as a result of neutralisation of ethylenediamine tetra acetic acid with four equivalents of sodium hydroxide. It has the chemical formula C10H12N2Na4O8. Chemical Appearance ESTA Tetrasodium has the appearance of a white solid. It is highly soluble in water. Chemical Applications and Strengths EDTA Tetrasodium is an extremely efficient chemical compound and therefore, has many industrial applications. Its main applications and strengths are: EDTA Tetrasodium is most popularly used for making cosmetic additives. It is widely used in the production of dyeing auxiliaries.

Acetic Acid is an organic compound. It is classified as a carboxylic acid and is the second simplest carboxylic acid. It is a very useful chemical compound that is produced synthetically as well as by bacterial fermentation. Synthetically it is made by the carbonylation of methanol. Its chemical formula is C2H4O2. Chemical Appearance Acetic Acid has the appearance of a clear and colourless liquid. It has a strong vinegar like odour. It is miscible in water. It corrodes metals and tissue. It is slightly heavier than water. Chemical Applications and Strengths Acetic Acid or Ethanoic Acid is a very useful chemical substance and hence, has many industrial applications. Its major applications and strengths are:

Ferrous Sulfate Monohydrate is a hydrate that is the monohydrate form of iron (II) sulfate. It is produced from the heptahydrate by heating above 65°C. Chemical Appearance Ferrous Sulfate Monohydrate has the appearance of a white yellow crystalline solid. It is odourless and is soluble in water. Chemical Applications and Strengths Ferrous Sulfate Monohydrate is an extremely efficient chemical compound and therefore, has many industrial applications. Its main applications and strengths are: Ferrous Sulfate Monohydrate is used as a precursor to other iron compounds. It is used as a reducing agent which is useful for the reduction of chromate in cement to less toxic compounds. It is used in the textile industry as a dye fixative. It is used to blacken leather. It is used as a constituent of ink.

Ferrous Sulfate Heptahydrate is a hydrate that is a heptahydrate form of iron (2+) sulfate. It is a very useful salt which is made as a result of oxidation of pyrite. Its chemical formula is FeSO4.7H2O. Chemical Appearance Ferrous Sulfate Heptahydrate has the appearance of a blue-green crystalline solid. It is highly soluble in water. Chemical Applications and Strengths Ferrous Sulfate Heptahydrate is an extremely efficient chemical compound and therefore, has many industrial applications. Its main applications and strengths are: Ferrous Sulfate Heptahydrate is most popularly used in mining as a fluid property modulator. It is used for the extraction of oil and gas. It is used in the manufacturing of various medicinal drugs. It is used in general adhesives. In the agricultural industry it is used for lowering the pH of highly alkaline soil. It is used as a soil amendment so that plants have access to the nutrients of the soil.

Product Overview Dithiophosphates 25 is a liquid substance that has a brown-black appearance. This liquid is corrosive which also has a pungent odor. That is an inflammable substance, that is also sparingly soluble in water. Chemical Appearance The Dithiophosphates 25 is a black color substance that is made collectively from copper, lead, activated zinc sulfide ore, and silver sulfide ore. Its molecular formula is C7H7O)2PSSH. This product act with all the three medium that implies the acidic, basic and neutral medium. The major component of this chemical is Phosphorodithioic acid bis(methyl phenyl)ester. Chemical Application and Strengths The Dithiophosphates 25 has various applications and attractive points which are described below: This chemical is used in various rubber related products. It is used to collect foams due to its foaming properties. Dithiophosphates 25 is used in the float separation process, that separates the lead and zinc ore.

Chemical Appearance Triethylenetetramine – TETA is an oily liquid. It is colourless. However, like many amines, its older samples have the appearance of a yellow-coloured liquid because of impurities resulting from air oxidation. It is a slightly viscous liquid. It is soluble in polar solvents. It is slightly less dense than water. It is combustible but difficult to ignite. It is corrosive to metals and tissue. Its vapours are heavier than air. It has a fishy or ammoniacal odour. It is soluble in water. Chemical Applications and Strengths Triethylenetetramine – TETA or Triethylene Tetramine is an extremely useful chemical compound and therefore, has many industrial applications. Its main applications and strengths are: Triethylenetetramine – TETA is most commonly used as a crosslinker or hardener in epoxy curing.

2-Hydroxypropyl Methacrylate is an organic chemical. It is an ester of methacrylic acid. It is a very useful chemical substance that is produced on a large scale by the addition of propylene oxide to methacrylic acid with a catalyst base and its chemical formula is C7H12O3. It is a categorised as a functional hydrophobic hydroxy monomer. It is also known as an enoate ester. Chemical Appearance 2-Hydroxypropyl Methacrylate has the appearance of a clear and colourless liquid. Its vapours are heavier than air. It is a combustible substance and is slightly denser than water. Chemical Applications and Strengths 2-Hydroxypropyl Methacrylate or 2HPMA is an extremely useful chemical and thus, has many significant applications. Its main applications and strengths are: 2-Hydroxypropyl Methacrylate is most commonly consumed as a raw material in the production of solid and emulsion polymers. It forms a homopolymer and copolymers.

Calcium Carbonate 99% is a chemical compound having the formula CaCO3. It is commonly found in rocks as the minerals calcite and aragonite. It is a very popular mineral in the earth. Chemical Appearance Calcium Carbonate 99% has the appearance of a fine super white powder. It is odourless. It has chalky taste. Calcium Carbonate is poorly soluble in pure water. Chemical Applications and Strengths Calcium Carbonate 99% is an extremely efficient chemical compound and therefore, has many industrial applications. Its main applications and strengths are: Calcium Carbonate 99% is mainly used in the construction industry. It is used as a building material. It is used as a limestone aggregate for the building of roads. It is used as an essential ingredient of cement.

Calcium Carbide in its pure form is colourless but its technical grade pieces are grey or brown in colour. They consist of approximately 80-85% Calcium Carbide, the rest is calcium oxide, calcium phosphide, calcium sulfide, and calcium nitride etc. Calcium Carbide emits an unpleasant garlic like odour in the presence of moisture. It reacts violently with water. Chemical Applications and Strengths Calcium Carbide is an extremely efficient chemical compound and therefore, has many industrial applications. Its main applications and strengths are: Primarily, Calcium Carbide is used for the production of acetylene and calcium hydroxide. The reaction of Calcium Carbide with water results in the formation of these two. Acetylene made from Calcium Carbide is used for the production of polyvinyl chloride. Calcium Carbide is also used for the production of calcium cyanamide. For this, Calcium Carbide is reacted with nitrogen at high temperature.

Ammonium Persulfate has the appearance of a white crystalline solid. It is highly soluble in water. Chemical Applications and Strengths Ammonium Persulfate is an extremely useful chemical compound and therefore, has many industrial applications. Its main applications and strengths are: Ammonium Persulfate is most commonly used as an oxidising agent and a source of radicals. It is a strong oxidising agent that is used in polymer chemistry as an etchant. It is used as a cleaning and bleaching agent. It is used as a radical initiator in the polymerisation of specific alkenes. Important polymers prepared with this include styrene butadiene rubber and polytetrafluoroethylene. Because of its strong oxidising properties it is used to etch copper on printed circuit boards as a ferric chloride solution alternative.