Understanding SLES N70: A Comprehensive Guide for Buyers
Navigating the world of chemical raw materials can be complex, especially when aiming for optimal product performance and market competitiveness. Sodium Lauryl Ether Sulphate (SLES) N70 is one such chemical that consistently proves its worth across numerous industries. As a leading anionic surfactant, understanding its properties, applications, and benefits is essential for any buyer looking to source high-quality ingredients. This guide aims to provide a comprehensive overview of SLES N70 and its importance in your formulation needs.
At its core, SLES N70 is an ether sulfate surfactant derived from fatty alcohols. It is characterized by its excellent detergency, emulsification, wetting, solubilizing, and foaming capabilities. As an anionic surfactant, it carries a negative charge, which makes it highly effective in lifting and suspending dirt and oils. This makes it a primary ingredient in a vast array of cleaning products. Its solubility in water and stability across different pH levels further enhance its utility.
The applications of SLES N70 are remarkably diverse. In the realm of household cleaning, it is a staple in liquid detergents, dishwashing soaps, and laundry powders, where its foaming and cleaning power are highly valued. The personal care industry relies heavily on SLES N70 for shampoos, body washes, hand soaps, and facial cleansers, leveraging its ability to create luxurious lather and cleanse effectively while remaining gentle on the skin when properly formulated. Beyond consumer goods, SLES N70 finds crucial roles in industrial sectors such as textiles, where it acts as a dyeing auxiliary and cleansing agent, and in the petroleum and leather industries as a degreasing and wetting agent.
When sourcing SLES N70, buyers often look for specific grades and purity levels. The 'N70' designation typically refers to a concentration of around 70% active matter, providing a potent form of the surfactant that can be easily diluted. Key quality parameters to consider include appearance (typically a white to light yellow viscous paste), active matter content, pH value, unsulfated matter, and sodium sulfate content. Ensuring these specifications are met is critical for predictable product performance.
The advantages of incorporating SLES N70 into your product line are numerous. Its high foaming ability enhances consumer appeal, its strong detergency ensures effective cleaning, and its good biodegradability aligns with increasing environmental consciousness. Furthermore, it is known for its compatibility with other surfactants, allowing for flexible formulation development, and it offers a cost-effective solution that balances performance with affordability. By understanding these facets, buyers can confidently select SLES N70 as a foundational ingredient for their product development and manufacturing processes, ensuring both quality and value.
At its core, SLES N70 is an ether sulfate surfactant derived from fatty alcohols. It is characterized by its excellent detergency, emulsification, wetting, solubilizing, and foaming capabilities. As an anionic surfactant, it carries a negative charge, which makes it highly effective in lifting and suspending dirt and oils. This makes it a primary ingredient in a vast array of cleaning products. Its solubility in water and stability across different pH levels further enhance its utility.
The applications of SLES N70 are remarkably diverse. In the realm of household cleaning, it is a staple in liquid detergents, dishwashing soaps, and laundry powders, where its foaming and cleaning power are highly valued. The personal care industry relies heavily on SLES N70 for shampoos, body washes, hand soaps, and facial cleansers, leveraging its ability to create luxurious lather and cleanse effectively while remaining gentle on the skin when properly formulated. Beyond consumer goods, SLES N70 finds crucial roles in industrial sectors such as textiles, where it acts as a dyeing auxiliary and cleansing agent, and in the petroleum and leather industries as a degreasing and wetting agent.
When sourcing SLES N70, buyers often look for specific grades and purity levels. The 'N70' designation typically refers to a concentration of around 70% active matter, providing a potent form of the surfactant that can be easily diluted. Key quality parameters to consider include appearance (typically a white to light yellow viscous paste), active matter content, pH value, unsulfated matter, and sodium sulfate content. Ensuring these specifications are met is critical for predictable product performance.
The advantages of incorporating SLES N70 into your product line are numerous. Its high foaming ability enhances consumer appeal, its strong detergency ensures effective cleaning, and its good biodegradability aligns with increasing environmental consciousness. Furthermore, it is known for its compatibility with other surfactants, allowing for flexible formulation development, and it offers a cost-effective solution that balances performance with affordability. By understanding these facets, buyers can confidently select SLES N70 as a foundational ingredient for their product development and manufacturing processes, ensuring both quality and value.
Perspectives & Insights
Molecule Vision 7
“This guide aims to provide a comprehensive overview of SLES N70 and its importance in your formulation needs.”
Alpha Origin 24
“It is characterized by its excellent detergency, emulsification, wetting, solubilizing, and foaming capabilities.”
Future Analyst X
“As an anionic surfactant, it carries a negative charge, which makes it highly effective in lifting and suspending dirt and oils.”