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Sodium P-Chloro Benzene Sulfonate

CAS Number : [5138-90-9]
Molecular Formula : C6H4ClNaO3S
Applications
  • As an intermediate for dyes, drugs, insecticides and pesticides

Sodium Phenol Sulfonate (Pure Grade)

CAS Number : [1300-51-2]
Molecular Formula : C6H5NaO4S
Applications
  • As an Intermediate for dyes, drugs, insecticides and pesticides

Sodium Phenol Sulfonate (Technical Grade)

CAS Number : [1300-51-2]
Molecular Formula : C6H5NaO4S
Applications
  • As an Intermediate for dyes, drugs, insecticides and pesticides

Sodium Vinyl Sulfonate (25%)

CAS Number : [3039-83-6]
Molecular Formula : CH2CH2-SO3Na
Applications
  • As a monomer in the polymerisation of sulfonated vinyl-type resins to its use as an organic intermediate in sulfoethylation reaction.
  • Sizing of textile fibres
  • Dye fixing agent for textile fibre
  • In enhanced oil recovery as fluid loss control additive
  • Adjuvant for ion exchange resins to increase the exchange capacity
  • As a cement dispersant for slump and workability improvement
  • As a dispersing agent in paper coating
  • As a brightener in Nickel & Chromium baths for electro-deposition

Sodium Vinyl Sulfonate (30%)

CAS Number : [3039-83-6]
Molecular Formula : CH2CH2-SO3Na
Applications
  • As a monomer in the polymerisation of sulfonated vinyl-type resins to its use as an organic intermediate in sulfoethylation reaction.
  • Sizing of textile fibres
  • Dye fixing agent for textile fibre
  • In enhanced oil recovery as fluid loss control additive
  • Adjuvant for ion exchange resins to increase the exchange capacity
  • As a cement dispersant for slump and workability improvement
  • As a dispersing agent in paper coating
  • As a brightener in Nickel & Chromium baths for electro-deposition

Sodium Vinyl Sulfonate (35%)

CAS Number : [3039-83-6]
Molecular Formula : CH2CH2-SO3Na
Applications
  • As a monomer in the polymerisation of sulfonated vinyl-type resins to its use as an organic intermediate in sulfoethylation reaction.
  • Sizing of textile fibres
  • Dye fixing agent for textile fibre
  • In enhanced oil recovery as fluid loss control additive
  • Adjuvant for ion exchange resins to increase the exchange capacity
  • As a cement dispersant for slump and workability improvement
  • As a dispersing agent in paper coating
  • As a brightener in Nickel & Chromium baths for electro-deposition

Sulfuric Acid (Battery Grade)

CAS Number : 7664-93-9
Molecular Formula : H2SO4
Applications
  • Major use in Fertilizers , particularly superphospahtes , ammonium phosphate and ammonium sulfates

Sulfuric Acid (Commercial Grade)

CAS Number : 7664-93-9
Molecular Formula : H2SO4
Applications
  • Major use in Fertilizers , particularly superphosphates, ammonium phosphate and ammonium sulfates

Sulfuric Acid (Dilute)

CAS Number : 7664-93-9
Molecular Formula : H2SO4
Applications
  • Raw material for detergents, synthetic resins, dyestuffs and pharmaceuticals

Sulfuric Anhydride (Stabilised)

CAS Number : 7449-11-9
Molecular Formula : SO3
Applications
  • Raw material for different types of sulfates
  • To make surfactants for shampoos, detergents and other products

Thiophenol (Benzenethiol)

CAS Number : [108-98-5]
Molecular Formula : C6H6S
Applications
  • Used in manufacturing of Fenbendazole, Quetiapine Fumarate and other APIs

Zinc Borate ZB-223

CAS Number : 1332-07-06
Molecular Formula : 2ZNnO.2B2O3.3H2O
Applications

Zinc Borate BML ZB 223 is a highly effective flame retardant and smoke suppressant in p1asticized PVC applications. It is also used as flame retardant in rubber conveyor.

Zinc Borate ZB-2335

CAS Number : 12767-90-7
Molecular Formula : 2ZNnO.3.B2O3.3.5H2O
Applications

Zinc Borate is a versatile flame retardant and smoke suppressant and can be used as a partial replacement for Antimony Trioxide in a variety of halogenated flame retardant polymer systems. These products are not only effective flame retardant synergies but they also reduce smoke generation which can sometimes be a problem when Antimony Oxide is alone used.

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