Sodium Lauryl Sulfate has good emulsification, foaming, water solubility, biodegradability, alkali resistance, hard water resistance, stability, easy synthesis, low price in aqueous solution with wide pH value. It has been widely used in cosmetics, detergent, textile, paper making, lubrication and pharmaceutical, building materials, chemical industry, oil recovery and other industries, but also can be used in the properties of positive and negative ionic surfactant complex system, micelle catalysis, molecular ordered combination and other basic research.
Sodium Lauryl Sulfate calculated chemical data:
Hydrophobic parameter Calculation reference value (XlogP) : None
Number of hydrogen bond donors: 0
Number of hydrogen bond receptors: 4
Number of rotatable bonds: 12
Tautomeric number: 0
Polar surface area of topological molecules: 74.8
Heavy atom number: 18
Surface charge: 0
Complexity: 249
Isotope atomic number: 0
The number of primary structure centers determined: 0
Number of uncertain primordial structure centers: 0
Determine the number of chemical bond centers: 0
Number of uncertain bond centers: 0
Number of covalent bond units: 2
Sodium Lauryl Sulfate toxicology:
1, acute toxicity: rat oral LD50:1288 mg/kg; Rat abdominal LD50:210 mg/kg; Rat vein LD50:118 mg/kg; Mice abdominal LC50:250 mg/kg; Rabbit percutaneous LD50:10 mg/kg; Mouse vein LC50:118 mg/kg.
2, inhalation toxicity: rat LD50: >3900 mg/m3/1H.
Post time: May-24-2022