Additional Info
Packaging: 170kg/drum Productivity: 100mt/Month Brand: std Transportation: Ocean,Land Place of Origin: China Supply Ability: 1000KG/Month Certificate: SGS, USP30, BP2005 HS Code: 34021100 Port: Qingdao,Shanghai
Product Description
Sodium Lauryl Ether Sulfate
storage In high temperature (above 50 ℃) or in acidic environment (pH = 5), alkyl ether sulfate may decompose. The reason of decomposition is hydrolysis of alkyl ether sulfate. In view of the fact that alkyl ether sulfate is easy to hydrolyze at high temperature, the product should not be stored in the environment above 50 ℃. Attention to use In the absence of a viscosity regulator, the dilution of AES into aqueous solutions containing 30% or 60% active substances often leads to a sticky gel. In order to avoid this phenomenon, the correct way is to add the highly active product to the specified amount of water and stir at the same time. Instead of adding water to high active raw materials, it may lead to gel formation.
Light yellow paste, mainly used as foaming agent and detergent for shampoo bath，Soluble in water, it has excellent decontamination, emulsification, foaming properties and hard water resistance. Mild washing properties will not damage the skin. It is widely used in shampoo, bath liquid, tableware detergent, composite soap and other washing and cosmetic products; it is also used as wetting agent and cleaning agent in textile industry. Anionic surfactant
CAS NO:68585-34-2
Molecular Formula: C12H25O(CH2CH2O)2SO3Na
Sodium Lauryl Ether Sulfate specification:
| Cotnet≥ | 70% |
| Unsulfonated compounds≤ | 3.5% |
| Sodium sulphate≤ | 1.5% |
| PH | 6.5-9.5 |
| colour (Klett,5%Solution)≤ | 15% |
storage In high temperature (above 50 ℃) or in acidic environment (pH = 5), alkyl ether sulfate may decompose. The reason of decomposition is hydrolysis of alkyl ether sulfate. In view of the fact that alkyl ether sulfate is easy to hydrolyze at high temperature, the product should not be stored in the environment above 50 ℃. Attention to use In the absence of a viscosity regulator, the dilution of AES into aqueous solutions containing 30% or 60% active substances often leads to a sticky gel. In order to avoid this phenomenon, the correct way is to add the highly active product to the specified amount of water and stir at the same time. Instead of adding water to high active raw materials, it may lead to gel formation. 
