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3,3’ - Diamino Diphenyl Sulfone

CAS Number : [599-61-1]
Molecular Formula : C12H12N2O2S
Applications
  • In polymer industry for carbon fibre composite
  • In manufacture of epoxy resins

3,3’ - Dinitro Diphenyl Sulfone

CAS Number : [1228-53-1]
Molecular Formula : C12H8N2O6S
Applications
  • Intermediate in organic synthesis
  • In manufacturing of 3,3 Diamino Diphenyl Sulfone

4,4’ - Dihydroxy Diphenyl Sulfone (98%)

CAS Number : [80-09-1]
Molecular Formula : C12H10SO4
Applications
  • Used in manufacturing of surface active agents, thermal paper, plastic indoor dust and syntans
  • It is mainly used as replacement for Bisphenol-A (BPA)

4,4’ - Dihydroxy Diphenyl Sulfone (99%)

CAS Number : [80-09-1]
Molecular Formula : C12H10SO4
Applications
  • Used in manufacturing of surface active agents, thermal paper, plastic indoor dust and syntans
  • It is mainly used as replacement for Bisphenol-A (BPA)

Ammonium Pentaborate

CAS Number : 12046-04-7
Molecular Formula : (NH4)2B10O16.8H2O
Applications

The principal uses of Ammonium Pentaborate are as a component of electrolytes for electrolytic condensers, an ingredient in flame proofing formula and in the coating of paper.

Benzene Sulfonamide (Pure Grade)

CAS Number : [98-10-2]
Molecular Formula : C6H7NO2S
Applications
  • Chemical Intermediate in organic synthesis, pharmaceuticals, dyes, plasticizers and fungicides
  • As an esterification catalyst and corrosion inhibitor
  • In electroplating and latex industries
  • Raw material for production of blowing agents and pesticides

Benzene Sulfonamide (Wet Technical Grade)

CAS Number : [98-10-2]
Molecular Formula : C6H7NO2S
Applications
  • Chemical Intermediate in organic synthesis, pharmaceuticals, dyes, plasticizers and fungicides
  • As an esterification catalyst and corrosion inhibitor
  • In electroplating and latex industries
  • Raw material for production of blowing agents and pesticides

Benzene Sulfonic Acid (70%)

CAS Number : [98-11-3]
Molecular Formula : C6H6O3S
Applications
  • In the manufacturing of products for pharmaceutical and agrochemical industries
  • As a catalyst for esterification reactions

Benzene Sulfonic Acid (98%)

CAS Number : [98-11-3]
Molecular Formula : C6H6O3S
Applications
  • In the manufacturing of amlodipine basylate and other pharmaceutical APIs
  • As a catalyst for esterification reactions

Benzene Sulfonic Acid Monohydrate (90%)

CAS Number : [26158-00-9]
Molecular Formula : C6H6O3S.H2O
Applications
  • In the manufacturing of products for pharmaceutical and agrochemical industries
  • As a catalyst for esterification reactions

Benzene Sulfonyl Chloride

CAS Number : [98-09-9]
Molecular Formula : C6H5SO2CI
Applications
  • As a starting material for Violet 23 & cobalt phthalocyanine dye
  • As an intermediate for agro chemicals viz. insecticides
  • In manufacture of Benzene Sulfonamide, surface active agents, sulfa drugs, esters by dehydration for perfumery products, lubricating oil additives
  • As a promoter in low hysteresis processing of carbon black rubber mixes
  • Improvements in the production of polymerisation products using halogen compounds to increase the effectiveness of sulfonation during polymerisation
  • As a catalyst in furan resins
  • As a brightening additive for nickel electroplating

Borax Decahydrate

CAS Number : 1303-96–4
Molecular Formula : Na2B4O7.10H2O
Applications

Glass, Textiles, Leather, Casein solvent, Adhesives, Paints, Enamels, Abrasives, Photography, Glues, Perborates, Ceramics, Soaps & detergents, Wax polishes.

Borax Pentahydrate

CAS Number : 12179–04-3
Molecular Formula : Na2B4O7.5H2O
Applications

Borax Pentahydrate used at the correct equivalent rate gives solution or melts identical in composition with those of Borax Decahydrate; it may therefore be substituted at a saving in all applications where borax is used; Among present applications of Borax Pentahydrate are wire drawing baths, corrosion inhibitor solutions, starches, adhesives and the manufacture of other boron compounds.

Boric Acid

CAS Number : 10043–35-3
Molecular Formula : H3BO3
Applications

Ceramics (Glazes and Colours), Chemical Manufacturing (Boron, Fluorides, Fluoborotes, Borides, Boron alloys, Boron Carbide, Ferro-Boron), Citrus Fruit Wash (Cosmetics, Dye Stabiliser, Elctroplating (nickel), Enamels, Fluxes; welding and brazing. Leather finishing compounds deliming hides, Paints latex base, Pharmaceuticals, Textile finishing compounds.

Boric Acid Analytical Reagent Grade

CAS Number : 10043–35-3
Molecular Formula : H3BO3
Applications

As an analytical reagent for chemical and pharmaceutical analysis.

Boric Acid Powder Chemically Pure (CP Grade)

CAS Number : 10043–35-3
Molecular Formula : H3BO3
Applications

Cosmetics, Soaps & Detergents, Pharmaceutical Products.

Boric Acid Special Quality Grade

CAS Number : 10043–35-3
Molecular Formula : H3BO3
Applications

For various purposes where the highest purity of Boric Acid is essential. It finds application in the manufacture of electrolytic capacitor, catalyst, as a reagent grade chemical and in the manufacture of high purity boron compounds.

Calplus

CAS Number : 10043-52-4
Molecular Formula : NaCaB5O6(OH)5H2O
Applications

Used as a slow release boron, Boronated SSP and micronutrient.

Chloro Sulphonic Acid (Commercial Grade)

CAS Number : 7790-94-5
Molecular Formula : Cl SO2OH
Applications
  •  To prepare sulfonic acids, which are useful in detergents and as chemical intermediates
  •  Intermediate in various sulfonating agents

Diethyl Ether

CAS Number : [60-29-7]
Molecular Formula : C4H10O
Applications
  • In ink manufacturing
  • As a solvent in pharmaceutical industries
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