Lead Stearate

Lead Stearate

Product Details:

  • Appearance White Fine Powder.
  • CAS No 1072-35-1
  • Solubility Stable under ordinary conditions
  • Usage Metallic salts of fatty acids (called soap) are primarily used as cleansing agent (mainly sodium- and potassium-) which their molecules attach readily to both polar molecules (of water) and non-polar molecules (of grease or oil). The long hydrocarbon chains are non-polar (and hydrophobic) repelled by water and the salt end molecules are ionic (and hydrophilic) water soluble. Soaps differ according to the type of fatty acid and length of the carbon chain and according to the alkali employed.
  • Molecular Formula [CH3(CH2)16CO2]2Pb
  • EINECS No 214-005-2
  • Supply Ability : 1 Kilograms Per Week
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Price And Quantity

  • 50 Kilograms

Product Specifications

  • Stable under ordinary conditions
  • 1072-35-1
  • Metallic salts of fatty acids (called soap) are primarily used as cleansing agent (mainly sodium- and potassium-) which their molecules attach readily to both polar molecules (of water) and non-polar molecules (of grease or oil). The long hydrocarbon chains are non-polar (and hydrophobic) repelled by water and the salt end molecules are ionic (and hydrophilic) water soluble. Soaps differ according to the type of fatty acid and length of the carbon chain and according to the alkali employed.
  • [CH3(CH2)16CO2]2Pb
  • 214-005-2
  • White Fine Powder.

Trade Information

  • 1 Kilograms Per Week
  • 1 Week

Product Description

Product name:- Lead Stearate

Appearance:-   White Fine Powder.

Formula:              C36H70O4Pb

 EINECS No:-    214-005-2

CAS No:-   1072-35-1

Solubility:- Stable under ordinary conditions

Application:- Metallic salts of fatty acids (called soap) are primarily used as cleansing agent (mainly sodium- and potassium-) which their molecules attach readily to both polar molecules (of water) and non-polar molecules (of grease or oil). The long hydrocarbon chains are non-polar (and hydrophobic) repelled by water and the salt end molecules are ionic (and hydrophilic) water soluble. Soaps differ according to the type of fatty acid and length of the carbon chain and according to the alkali employed.

 


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