About Sodium Lauryl Ether Sulphate 28% Solution
We Are Supplier, Exporter And Contract Manufacturer.Technical Profile Of Sodium Lauryl Ether Sulphate 28% Solution, A High-Purity Raw Chemical Material Supplied By Triveni Chemicals For Industrial Manufacturing And Laboratory Synthesis.
Sodium Lauryl Ether Sulphate (SLES) 28% Solution Is A Diluted Aqueous Form Of SLES, An Anionic Surfactant Produced By Ethoxylation Of Lauryl Alcohol Followed By Sulfation And Neutralization. It Appears As A Clear To Slightly Hazy, Colorless To Pale Yellow Liquid With Moderate Viscosity. It Is Highly Soluble In Water And Offers Excellent Foaming, Cleansing, Emulsifying, And Wetting Properties. Compared To Sodium Lauryl Sulfate (SLS), It Is Milder On Skin Due To The Presence Of Ethoxy Groups, Making It Suitable For Regular Use Formulations.
It Is Widely Used In Personal Care Products Such As Shampoos, Hand Washes, Body Washes, Face Cleansers, And Liquid Soaps. The 28% Active Content Makes It Convenient For Formulation, Allowing Easy Blending With Other Ingredients. In Household And Industrial Cleaning Applications, It Is Used In Dishwashing Liquids, Surface Cleaners, And Detergents For Effective Removal Of Grease And Dirt. It Also Helps Improve Foam Stability And Product Texture. Due To Its Cost-Effectiveness And Balanced Performance, SLES 28% Is One Of The Most Commonly Used Surfactants In Liquid Formulations.
High Purity and Consistent QualityThis SLES 28% solution boasts a reliable 28% purity, ensuring consistent performance and formulation precision for industrial applications. Its water solubility allows easy blending, which improves efficacy across a broad spectrum of products.
Versatile Industrial ApplicationsSodium Lauryl Ether Sulphate 28% caters to manufacturers in India requiring a dependable surfactant for use in various sectors. Its principal attribute lies in its robust foaming and emulsifying abilities, enhancing product effectiveness in cleaning and other processes.
Readily Available from Trusted SuppliersLeading Indian suppliers ensure timely availability of SLES 28% solution, adhering to industry standards. The product's appearance ranges from colorless to pale yellow, and its liquid form allows smooth incorporation into existing production lines.
FAQ's of Sodium Lauryl Ether Sulphate 28% Solution:
Q: How is Sodium Lauryl Ether Sulphate 28% Solution typically used in industrial applications?
A: Sodium Lauryl Ether Sulphate 28% Solution is commonly utilized as a surfactant and foaming agent in manufacturing detergents, shampoos, and other cleaning products due to its effective solubility, cleansing, and emulsifying properties.
Q: What advantages does SLES 28% offer over other surfactants?
A: SLES 28% provides superior foam formation and excellent emulsification compared to many standard surfactants. Its water solubility and consistent purity make it an optimal ingredient for achieving homogeneous mixtures in a wide array of applications.
Q: When should manufacturers opt for a 28% purity solution of SLES?
A: A 28% purity solution is ideal when moderate concentration is required for ease of handling, faster dissolving in water, and precise dosage control during production without unnecessary dilution or solid handling.
Q: Where can Sodium Lauryl Ether Sulphate 28% Solution be sourced in India?
A: This product is readily available from reputable chemical manufacturers and suppliers across India, providing reliable sourcing options for industrial and commercial users.
Q: What is the process for incorporating SLES 28% into a formulation?
A: To use SLES 28%, measure the required amount and dissolve it in water or the target base formulation. Its liquid, water-soluble nature ensures it disperses quickly, supporting efficient production processes.
Q: What are the benefits of using a colorless to pale yellow liquid SLES 28% solution?
A: The colorless to pale yellow liquid form ensures minimal interference with the final product's appearance. Its clarity and consistency make it suitable for use in transparent and light-colored formulations.