dihydroxyethyl p-octadecyl phenylsulfonyl amino propyl ammoium propylsulfonate
dihydroxyethyl p-octadecyl phenylsulfonyl amino propyl ammoium propylsulfonate
CAS:
Molecular Formula: C32H62N2O7S2
dihydroxyethyl p-octadecyl phenylsulfonyl amino propyl ammoium propylsulfonate - Names and Identifiers
| Name | dihydroxyethyl p-octadecyl phenylsulfonyl amino propyl ammoium propylsulfonate |
| Synonyms | dihydroxyethyl p-octadecyl phenylsulfonyl amino propyl ammoium propylsulfonate |
dihydroxyethyl p-octadecyl phenylsulfonyl amino propyl ammoium propylsulfonate - Physico-chemical Properties
| Molecular Formula | C32H62N2O7S2 |
| Molar Mass | 650.97388 |
| Physical and Chemical Properties | This product is a bright waxy solid, soluble in methanol, ethanol, insoluble in water, infrared absorption characteristics of 1 190~1 180 cm-1. |
dihydroxyethyl p-octadecyl phenylsulfonyl amino propyl ammoium propylsulfonate - Introduction
N,N-dihydroxyethyl, N-p-octadecylbenzenesulfonamidopropylammonium propanesulfonate is a surfactant, commonly known by the abbreviation EHS. It is a cationic surfactant with strong dissolution, dispersion and emulsification.
The following is an introduction to the nature, use, formulation and some safety information of EHS:
Nature:
-Appearance: Usually a white to yellow solid, soluble in water.
-Chemical structure: It is composed of octadecyl benzene sulfonamide propyl ammonium combined with propane sulfonate.
-Surface activity: It can reduce the tension of the liquid surface and has good interfacial activity.
Use:
-High-efficiency emulsifier: It can be used to prepare oil-water emulsion, widely used in oil fields, pesticides, coatings, cosmetics and other fields.
-Antistatic agent: can be used to eliminate the adverse effects of static electricity, such as preventing the adhesion of plastic products, dust, etc.
-Auxiliary: It can be used as an auxiliary in chemical synthesis and industrial production, such as polymerization reaction, thickener, etc.
Preparation Method:
the preparation of EHS is generally carried out by the reaction of octadecyl benzene sulfonamide propyl ammonium and propane sulfonic acid. The specific preparation method is complex and usually requires the use of organic synthesis techniques.
Safety Information:
- EHS is an organic compound that requires appropriate personal protective measures such as gloves and protective clothing.
-Avoid contact with strong oxidants and strong acids during use or storage.
-In case of ingestion or contact with skin and eyes, rinse immediately with plenty of water and seek medical attention.
The following is an introduction to the nature, use, formulation and some safety information of EHS:
Nature:
-Appearance: Usually a white to yellow solid, soluble in water.
-Chemical structure: It is composed of octadecyl benzene sulfonamide propyl ammonium combined with propane sulfonate.
-Surface activity: It can reduce the tension of the liquid surface and has good interfacial activity.
Use:
-High-efficiency emulsifier: It can be used to prepare oil-water emulsion, widely used in oil fields, pesticides, coatings, cosmetics and other fields.
-Antistatic agent: can be used to eliminate the adverse effects of static electricity, such as preventing the adhesion of plastic products, dust, etc.
-Auxiliary: It can be used as an auxiliary in chemical synthesis and industrial production, such as polymerization reaction, thickener, etc.
Preparation Method:
the preparation of EHS is generally carried out by the reaction of octadecyl benzene sulfonamide propyl ammonium and propane sulfonic acid. The specific preparation method is complex and usually requires the use of organic synthesis techniques.
Safety Information:
- EHS is an organic compound that requires appropriate personal protective measures such as gloves and protective clothing.
-Avoid contact with strong oxidants and strong acids during use or storage.
-In case of ingestion or contact with skin and eyes, rinse immediately with plenty of water and seek medical attention.
Last Update：2024-04-09 02:00:32
Supplier List
View History