Industrial Chemicals & Compounds

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Red Phosphorus Suppliers

Red Phosphorus

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Yellow Phosphorus Suppliers

Yellow Phosphorus

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White Phosphorus Suppliers

White Phosphorus

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Phosphorus Pentachloride Suppliers

Phosphorus Pentachloride

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Phosphorus Oxychloride Suppliers

Phosphorus Oxychloride

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Phosphorus Trichloride Suppliers

Phosphorus Trichloride

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Phosphorus Pentoxide Suppliers

Phosphorus Pentoxide

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Phosphorous Acid Suppliers

Phosphorous Acid

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Potassium Salts Suppliers

Potassium Salts

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Phosphoric Acid Suppliers

Phosphoric Acid

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Industrial Cleaning Chemicals Suppliers

Industrial Cleaning Chemicals

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Lab Chemicals Suppliers

Lab Chemicals

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Potassium Permanganate Suppliers

Potassium Permanganate

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Potassium Sorbate Suppliers

Potassium Sorbate

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Silver Potassium Cyanide Suppliers

Silver Potassium Cyanide

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Organic & Inorganic Solvents Suppliers

Organic & Inorganic Solvents

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Super Absorbent Polymer Suppliers

Super Absorbent Polymer

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Phenyl Suppliers

Phenyl

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Waterproofing Chemicals Suppliers

Waterproofing Chemicals

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Caustic Potash Suppliers

Caustic Potash

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Caustic Soda Suppliers

Caustic Soda

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Agro Chemicals Suppliers

Agro Chemicals

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Bleaching Powder Suppliers

Bleaching Powder

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Petroleum & Petrochemical Products Suppliers

Petroleum & Petrochemical Products

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Polymer Suppliers

Polymer

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Disinfectant Chemicals Suppliers

Disinfectant Chemicals

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Water Treatment Chemicals Suppliers

Water Treatment Chemicals

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Dicalcium Phosphate Suppliers

Dicalcium Phosphate

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Industrial Salt Suppliers

Industrial Salt

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Stainless Steel Cleaners Suppliers

Stainless Steel Cleaners

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Ferric Aluminum Sulphate Suppliers

Ferric Aluminum Sulphate

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Glycerine Suppliers

Glycerine

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Browse Popular Industrial Chemicals & Compounds Items From Top Suppliers

Refined Glycerin

Refined Glycerin

Agarwal Industries Pvt LTD

Plot No.5A/1, IDA, Vakalapudi, Kakinada, Andhra Pradesh 533005, Kakinada, Andhra Pradesh, 533005, India

Dextrose Monohydrate

Dextrose Monohydrate

Agarwal Industries Pvt LTD

Plot No.5A/1, IDA, Vakalapudi, Kakinada, Andhra Pradesh 533005, Kakinada, Andhra Pradesh, 533005, India

Industrial Use Stable Bleaching Powder

Industrial Use Stable Bleaching Powder

GUJARAT METALS AND CHEMICALS COMPANY

G/2, Chaitanya Apartment,, Vadodara, Gujarat, 390018, India

Industrial Use Water Treatment Chemicals

Industrial Use Water Treatment Chemicals

GUJARAT METALS AND CHEMICALS COMPANY

G/2, Chaitanya Apartment,, Vadodara, Gujarat, 390018, India

Industrial Use Non Ferric Aluminum Sulphate

Industrial Use Non Ferric Aluminum Sulphate

GUJARAT METALS AND CHEMICALS COMPANY

G/2, Chaitanya Apartment,, Vadodara, Gujarat, 390018, India

Ferric Aluminum Sulphate From Gujarat Metals and Chemicals

Ferric Aluminum Sulphate From Gujarat Metals and Chemicals

GUJARAT METALS AND CHEMICALS COMPANY

G/2, Chaitanya Apartment,, Vadodara, Gujarat, 390018, India

Aluminum Sulphate From Gujarat Metals and Chemicals

Aluminum Sulphate From Gujarat Metals and Chemicals

GUJARAT METALS AND CHEMICALS COMPANY

G/2, Chaitanya Apartment,, Vadodara, Gujarat, 390018, India

Industrial pulverized Salt

Industrial pulverized Salt

Ujjaini Salt Traders

512/18 hanuman nagar nr geeta gauri cinema national highway soni ni chali odhav Ahmedabad, Ahmedabad, Gujarat, 381415, India

Salt Tablet

Salt Tablet

Ujjaini Salt Traders

512/18 hanuman nagar nr geeta gauri cinema national highway soni ni chali odhav Ahmedabad, Ahmedabad, Gujarat, 381415, India

Crystal salt

Crystal salt

Ujjaini Salt Traders

512/18 hanuman nagar nr geeta gauri cinema national highway soni ni chali odhav Ahmedabad, Ahmedabad, Gujarat, 381415, India

K 2 Chemicals

K 2 Chemicals

Surface Innovators LLP

G-2 Creative Industrial Estate , Plot No-12, Next To Petrol Pump,N M Joshi Marg, Lower Parel- , Indore, Madhya Pradesh, 400011, India

Surface Super Additive

Surface Super Additive

Surface Innovators LLP

G-2 Creative Industrial Estate , Plot No-12, Next To Petrol Pump,N M Joshi Marg, Lower Parel- , Indore, Madhya Pradesh, 400011, India

Dip Form Gel Type Chemical

Dip Form Gel Type Chemical

Surface Innovators LLP

G-2 Creative Industrial Estate , Plot No-12, Next To Petrol Pump,N M Joshi Marg, Lower Parel- , Indore, Madhya Pradesh, 400011, India

Paste Form Gel Type Chemical

Paste Form Gel Type Chemical

Surface Innovators LLP

G-2 Creative Industrial Estate , Plot No-12, Next To Petrol Pump,N M Joshi Marg, Lower Parel- , Indore, Madhya Pradesh, 400011, India

Apply K 2 Paste

Apply K 2 Paste

Surface Innovators LLP

G-2 Creative Industrial Estate , Plot No-12, Next To Petrol Pump,N M Joshi Marg, Lower Parel- , Indore, Madhya Pradesh, 400011, India

Royal high quality 5 liter phenyl

Royal high quality 5 liter phenyl
Price : Rs 120 / Bottle

Royal cottage industries

14/10, dawood, Coimbatore, Tamil Nadu, 641301, India

Royal Phenyl 1 ltr Bottle

Royal Phenyl 1 ltr Bottle
Price : Rs 20 / Liter

Royal cottage industries

14/10, dawood, Coimbatore, Tamil Nadu, 641301, India

Royal high quality phenyl compound

Royal high quality phenyl compound
Price : Rs 175 / Liter

Royal cottage industries

14/10, dawood, Coimbatore, Tamil Nadu, 641301, India

Dicalcium Phosphate

Dicalcium Phosphate
Price : Rs 31 / Kilogram

CK AND CO

SHOP NO 13,, FIRST FLOOR,, ABI PRIYA ARCADE,, 50,TMC ROAD,, LEIGH BAZAAR,, Salem, Tamil Nadu, 636009, India

Water Softener Tablet Salt

Water Softener Tablet Salt
Price : Rs 12 / Kilogram

Ujjaini Salt Traders

512/18 hanuman nagar nr geeta gauri cinema national highway soni ni chali odhav Ahmedabad, Ahmedabad, Gujarat, 381415, India

Chemical Tanks

Chemical Tanks
Price : Rs 1.5 / Liter

Ben & Gaws Pvt Ltd

E 48/9, Millenium, Okhla Industrial Area Phase-II, New Delhi , New Delhi, Delhi, 110020, India

Industrial Chemicals & Compounds:


Industrial Chemicals & Compounds are chemicals that are used in inks, plastics, paints, glues, adhesives, solvents, cosmetics, soaps and many other products in various industries.

Some facts about Industrial Chemicals & Compounds:

 

  • Any chemical element with an industrial use is Industrial chemicals.
  • Industrial chemicals also include compounds or complexes of chemical elements, where these will have an industrial use.
  • UVCBs, chemicals released by an article and naturally occurring chemicals with an industrial use can be a Industrial Chemical.
  • Radioactive chemicals are not included in industrial chemicals.
  • Industrial Chemicals plays a crital role in improving our health and standard of living. However, they can cause environmental pollution as a result of leakage during storage, from use in the environment or from their disposal.

Uses of Industrial Chemicals & Compounds:

 

  • Industrial chemicals are used widely in various industries
  • Industrial Chemicals are used to make consumer goods, to create energy, and even used in the production of other industrial chemicals. 
  • Household gardening products, pesticides such as personal insect repellents, insect sprays and weed killers, pool sanitizing chemicals such as sodium hypochlorite, sodium bromide and algaecides, veterinary medicine, pet food and livestock feed are some of the agricultural and veterinary uses of Industrial chemicals.
  • Medical devices including sterilants, disinfectants and in vitro diagnostic devices (IVDs), Medicines including prescription, over-the-counter and complementary/alternative medicines, sunscreen products as well as sterilants and disinfectants are some of the therapeutic uses of Industrial chemicals.
  • Industrial Chemicals & Compounds are aslo used as food additives in food for humans.
  • Industrial chemicals that are used in domestic products are less controlled than that of industrial chemicals.
  • Food additives, surfactants and medicines are used directly for human.

Examples of Industrial Chemicals & Compounds:


Inorganic Sulfur Compounds:

  • Sulfur is one of the most reactive element that is used in different forms. These include manufacturing of gunpowder, vulcanization of rubber, bleaching fruit, making matches, in the pulp and paper industry, manufacturing of fertilizer and, as gypsum for making plasterboard.  
  • Sulfides can be found in reduced wastewater or those with a high sulfur content such as from paper mills, oil refineries, tanneries, chemical plants and coal gas production.
  • The production of hydrogen sulfide in the sewerage system is a big concern for workers in the municipal wastewater industry.
  • The hydrogen sulfide gas can  passes into the air space above the sewage in the pipes which can be toxic for sewerage workers.
  • Hydrogen sulfide is a colorless gas with a foul, rotten-egg odor and is very toxic.
  • Sulfurous acid (H2SO3), hydrogen sulfite ion (HSO3) and sulfite ion are produced when Sulfur dioxide dissolves in water.
  • Sulfur dioxide is largely removed in the upper respiratory track because of its water soulubility.
  • Sulfuric acid (H2SO4) is the most widely produced industrial chemical in the world. 
  • Phosphoric acid is made by usingSulfuric acid which is a main ingredient in most chemical fertilizers.
  • Sulfuric acid is an important component in the manufacturing of metal, particularly in the production of copper and zinc as well as the cleaning of steel.
  • However, it is a severely corrosive poison and dehydrating agent in the concentrated liquid form. It reaches subcutaneous tissue necrosis causing severe thermal burns when penetrates the skin.

Inorganic Phosphorus Compounds:

 

  • Inorganic Phosphorus Compounds can be used in manufacturing of soaps and detergents, pesticides, alloys, animal feed supplements, catalysts, lubricants and corrosion inhibitors.
  • The formation of scale in boiler waters can be prevented by using Phosphates and metaphosphates. For example, sodium tripolyphosphate is adsorbed on the surface of calcite to prevent it from being precipitated.
  • Phosphates particularly sodium ortho, pyro and tripolyphosphates are used extensively in the production of washing powders, as they have the ability to stabilize the particles of dirt and complex the hard water ions Ca2+ and Mg2+ whose presence otherwise reduces the efficiency of the surface active agents.
  • Phosphorus pentachloride can be used as a catalyst in organic synthesis, as a chlorinating agent, and as a raw material to make phosphorus oxychloride (POCl3).
  • The corresponding hydrogen halides and oxo-phosphorus acids will be produced as they react violently with water.
  • These are strong irritants to eyes, skin, and mucous membranes. 
  • Phosphorus oxychloride is a colorless to pale yellow fuming liquid with a pungent odor which is toxic by inhalation and corrosive to metals and tissue.
  • Phosphorus oxychloride is used in gasoline additives, hydraulic fluids, as a chlorinating agent, and in the manufacturing of semiconductors, plasticizers, gasoline additives, hydraulic fluids, and organophosphorus compounds such as pesticides.
  • It is an explosion hazard and a reactive as well as corrossive chemical.
  • It can severely irritate and burn the skin and eyes with possible eye damage when comes in contact.
  • Coughing and/or shortness of breath can be caused by breathing Phosphorus Oxychloride.
  • Higher exposure to Phosphorus Pentachloride can result in fluid build-up in the lungs called pulmonary oedema with severe shortness of breath.
  • Kidney damage can also be caused by Phosphorus Pentachloride.
  • Phosphorus Pentachloride is a greenish yellow crystalline solid with an irritating odor which form hydrochloric and phosphoric acid and heat when decomposed by water.
  • Phosphorus Pentachloride can be used as manufacturing agent for other chemicals, aluminum metallurgy, and in the pharmaceutical industry.
  • It can also be used as a chlorinating agent and catalyst for making organic chemicals, intermediates, dyestuffs, etc.
  • It can be used as a chlorinating agent in organic chemistry and s a catalyst in the manufacture of acetyl cellulose which is the plastic film on which motion pictures are printed.
  • Penicillin and cephalosporin in pharmaceutical industry are manufactured by using Phosphorus Pentachloride.
  • Phosphorus Penta chloride is produced by passing an excess of dry chlorine into liquid trichloride.
  • Solid phosphorus penta chloride is produced when chlorine reacts with phosphorus trichloride.
  • When Phosphorus pentachloride reacts vigorously with water, it generates gaseous HCL.
  • Direct exposure to Phosphorus Pentachloride can lead to weakness, nausea, headache, dizziness, and vomiting. It can also damage the liver and kidneys.

Nitrogen Oxides:

 

  • Usually, nitrogen is produced by a process called fractional distillation.
  • Nitrogen oxides are released into the atmosphere particularly by power stations and vehicles from combustion processes.
  • Ammonia is produced when nitrogen is combined with hydrogen, which itself a crucial industrial chemical.
  • Nitrogen is used for a wide range of products including fertilizers, fabrics, dyes, and even explosives.
  • It is useful for preserving foods and in the sterile electronics industry as it creates an unreactive atmosphere as a gas.
  • Nitrogen is important for medical research and preservation in liquid form.
  • Nitrogen oxides combine with water vapor and fall as acid rain. 
  • It is estimated that almost one third of the acidity in precipitation is contributed by nitric acid, and the remaining by sulfuric acid. 
  • There is a steady rise in the amount of nitrogen compound in the atmosphere with the increase in vehicles on road resulting in a consequent increase in the nitric acid in precipitation.
  • NO and NO2 are the two most common toxic oxides of nitrogen.
  • Nitrous oxide, N2O which was once known as laughing gas is used as an oxidant gas. It is generally used in dental surgery as a general anesthetic.
  • Nitrous oxide  can act as an asphyxiant and is a central nervous system depressant.

Sodium Hydroxide:

 

  • Sodium Hydroxide, also known as Caustic Soda is an inorganic compound that is used for industrial applications ranging from paper production to textile development to cleaning agent manufacturing.
  • It is inexpensive and has the ability to scrub gases to effectively remove acids during burning.
  • It is a colorless crystalline solid in its pure form and an alkali that may cause severe chemical burns.
  • Poor quality crude oil can be treated with Caustic Soda to remove sulfurous impurities in the process of Caustic washing.
  • It can be used in oil refining, de-greasing metals and making dyes and bleaches.
  • It is also used in pulping of wood for making paper or regenerated fibers.
  • Sodium Hydroxide is used in washing or chemical peeling of fruits and vegetables, soft drink processing, processing of chocolate and cocoa, caramel coloring production, poultry scalding and thickening ice cream.
  • Process equipment, storage tanks, etc can be cleaned after adding it to water and heating the solution.
  • A solution of caustic soda can be used as a degreaser on stainless steel and glass bakeware. It is also used as a common component in oven cleaners.
  • It can be used to open the clogged drains in homes in its dry crystal or as a thick liquid gel form.
  • It can be used in water purification to raise the pH level of water supplies so that the resulting water is less corrosive to plumbing and the amount of lead, copper and other toxic metals that can dissolve into drinking water can be reduced.

Cyanides:

 

  • Cyanides are a group of organic and inorganic compounds that are widely used in gold mining and refining, in steel production, electroplating and in pharmaceutical formulations. 
  • It can be used as gas and coke scrubber effluent pollutants from gas works and coke ovens.
  • Cyanide solutions can be traeted by using Chloride to form carbon dioxide. However, cyanogen chloride (CNCl) is formed if the reaction is incomplete, which is a poisonous gas and gives rise to lachrymatory symptoms.

Halogens and Halogen Compounds:

 

  • Fluorine gas is the most reactive and very strong oxidizing agent.
  • Fluorides are used for plating, casting and welding, and in the manufacture of aluminum in the metal industry.
  • They are also used for making phosphate fertilizers, insecticides and herbicides and in the manufacturing of glass and ceramics. 
  • Most fluorides such as NaF and KF, associated with monovalent cations are water soluble, while hose formed with divalent cations such as CaF2, PbF2 are generally insoluble.
  • The treatment of dental caries are done by the help o Sodium fluoride. It is also added to water supplies to reduce tooth decay in children.
  • Fluoride is released into the atmosphere from various manufacturing processes, including aluminum production, steelworks, phosphate fertilizer manufacture and from the burning of coal.
  • Chlorine gas is used in the chemical industry for making various products.
  • Ppulp and paper industry uses chlorine for bleaching fibers.
  • chlorine is used to disinfect supply water and to deactivate disease producing organisms in sewage treatment plant effluents in some places becaause of its ability to destroy pathogenic organisms.
  • Chlorine can be used to clear pipelines of adhering organisms such as freshwater mussels, cooling towers of bacterial slimes, and reservoirs of excessive algae.
  • Bromine can be used as a substitute for chlorine in many inorganic and organic compounds.
  • Organobromine as well as organochlorine compounds such as trihalomethanes are formed, when chlorine is used to disinfect water, and humic substance present in the water. These are undesirable in drinking water
  • The bromides of sodium, calcium, potassium and strontium have been used in medicine because of their sedative properties
  • Bromide compounds are mainly used in the manufacture of photographic materials. They are also used in dyes, medicines and insecticides.
  • Iodine is used in medicine, veterinary products, dye manufacture, in photographic materials and as a catalyst.
  • It is an effective antiseptic for wounds as it contains free iodine as the triodide ion.
  • Iodine compounds are toxic to mammals at high concentrations. But they are rapidly excreted.
  • Hydrogen halides including  HF and HCl are  widely used.
  • Hydrogen fluoride is used as a clear, colorless liquid or gas or as a 30 to 60 percent aqueous solution of hydrofluoric acid.
  • These are extreme irritants when comes in contact , causing ulcers in affected areas of the upper respiratory tract.
  • ClF, BrCl, and BrF3, are some interhalogen compounds that are extremely reactive and are potent oxidants. Hydrohalic acid solutions (HF, HCl) will be produced whey react with water.
  • These are too reactive to enter biological systems in their original chemical state.
  • Interhalogen compounds are powerful corrosive irritants that acidify, oxidize, and dehydrate tissue. Therefore, skin, eyes, and mucous membranes of the mouth, throat, and pulmonary systems are susceptible to attack.
  • Major halogen oxides, including chlorine monoxide (Cl2O), fluorine monoxide (OF2), chlorine dioxide (ClO2), chlorine heptoxide (Cl2O7), and bromine monoxide (Br2O), are unstable, highly reactive, and toxic compounds that pose hazards like those of the interhalogen compounds and nascent oxygen.
  • The most commonly used halogen oxide is chlorine dioxide, which is employed for odor control and bleaching wood pulp. 
  • It can be used as a substitute  for chlorine in water disinfection, and produces fewer undesirable chemical by-products.
     

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