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Basic Chemical

Experience the excellence of our Basic Chemical, which includes Copper Sulfate, Nickel Sulfate, Sodium Stannate, and Stannous Sulfate. Our Basic Chemical is incomparable in quality, with impeccable purity and elite performance. With over 23.0 years of experience, we have perfected the manufacturing process to ensure the highest quality product. Our Basic Chemical is in demand for its special applications and best price in the market. We are proud to supply our Basic Chemical to the domestic market all over India and export to the Middle East. Our Basic Chemical offers five advantages and features, including unmatched purity, exceptional performance, reliable consistency, versatile applications, and cost-effective pricing. Trust us to provide you with the best Basic Chemical on the market.

Copper Sulfate

  • Density:3.6 Gram per cubic centimeter(g/cm3)
  • EINECS No:231-847-6
  • Grade:Industrial Grade Laboratory Grade Agricultural Grade
  • Molecular Formula:CuSO4
  • Molecular Weight:159.609 g/mol (anhydrous) 249.685 g/mol (pentahydrate)
  • Poisonous:Other, Yes toxic if ingested or inhaled
  • Purity:Typically ranges from 98% to 99.5%

Stannous Sulfate

  • Appearance:White to off-white solid
  • CAS No:7488-55-3
  • HS Code:2825.90
  • Melting Point:Decomposes on heating no distinct melting point
  • Ph Level:Neutral to slightly acidic
  • Physical Form:Other, Powder or crystalline solid
  • Structural Formula:SnSO4

Sodium Stannate

  • Appearance:White crystalline powder
  • CAS No:12027-70-2
  • Ingredients:Sodium hydroxide tin oxide
  • Melting Point:60C (hydrated form)
  • Ph Level:Highly alkaline solution (pH 12-14 in water)
  • Physical Form:Powder or granular solid, Other
  • Shelf Life:2 years under proper storage conditions

Nickel Sulfate

  • Density:2.07 Gram per cubic centimeter(g/cm3)
  • Grade:Industrial Grade
  • Molecular Formula:NiSO4
  • Molecular Weight:154.75 g/mol
  • Poisonous:YES
  • Purity:Typically 98%
  • Storage:Other, Store in a cool dry and well-ventilated area away from incompatible substances
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