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Silico® Silicone Surfactants – Advanced Surface Agents

Discover our full range of silicone surfactants, engineered to enhance surface activity, wetting, emulsification, and compatibility across a variety of formulations. Whether you need non-ionic, cationic, anionic, or amphoteric silicone surfactants, we offer tailored solutions designed for cosmetics, agriculture, coatings, textiles, detergents, and more.

Our silicone-based surfactants feature polysiloxane backbones modified with functional hydrophilic groups to provide superior performance under demanding chemical, thermal, and environmental conditions. Each product in our catalog is optimized for low surface tension, foam control, emulsification efficiency, and formulation stability.

Recommended Silicone Surfactants Products

Amino silicone emulsion

Silico®-N3221 amino silicone oil emulsion

Silico®N3221 is an amino silicone emulsion made from 322 silicone oil. It offers excellent softness, smoothness, shine, and antistatic properties for hair care, textiles, furniture polish.

Key Features of Silico® Silicone Surfactants

  • Broad selection of ionic and non-ionic silicone surfactants

  • Enhanced wetting and spreading on low-energy surfaces

  • High stability across wide pH and temperature ranges

  • Low-foaming profiles ideal for industrial and cosmetic use

  • Customized solutions for formulation-specific needs

Applications of Silicone Surfactants

Personal Care:
Improve spreadability, skin feel, and emulsion stability in creams, lotions, and shampoos.

Agriculture:
Enhance wetting, spreading, and absorption of agrochemicals on leaf surfaces.

Coatings & Paints:
Boost surface wetting, leveling, and defect prevention in water-based and solvent systems.

Textile & Leather:
Serve as softeners and wetting agents; improve dyeing and finishing processes.

Cleaning Products:
Promote fast wetting on hard surfaces and control foam for better cleaning efficiency.

Polyurethane Foams:
Stabilize foam and regulate cell structure in rigid and flexible foam applications.

About Silicone Surfactants

Chemical Structure

Chemical Structure

Silicone surfactants have a dual structure: a hydrophobic silicone backbone (–Si–O–Si–) and a hydrophilic polyether chain (such as PEG or PPG). This combination allows them to reduce surface tension, improve wetting, and stabilize emulsions in both water- and oil-based systems.

Physical Properties

Physical Properties

Silicone surfactants are typically clear liquids with low to medium viscosity. They are stable under heat and different pH conditions. They reduce surface tension effectively and usually generate low foam. Most are water-dispersible and compatible with many solvents.

About Silicone Surfactants FAQs

1. What are silicone surfactants?

Silicone surfactants are compounds combining a silicone (polysiloxane) backbone with hydrophilic groups, used to reduce surface tension and improve wetting and emulsification.

2. What types of silicone surfactants exist?

Common types include non-ionic, cationic, anionic, and amphoteric silicone surfactants, each suited for different applications.

3. Where are silicone surfactants used?

They are widely used in personal care, agriculture, coatings, textiles, cleaners, and foam production.

4. What are the main benefits?

They offer excellent spreading, low surface tension, foam control, and good stability in various conditions.

5. Are silicone surfactants safe for skin?

Non-ionic silicone surfactants are generally mild and suitable for cosmetics and personal care products.

Packaging Specifications

Packaging Specifications

How to Choose the Right Silicone Surfactants?

Choosing the right silicone surfactant depends on your specific needs and application. Consider these key factors:

  • Type:

    • Non-ionic for gentle, skin-friendly products

    • Cationic for antimicrobial effects

    • Anionic for strong cleaning power

    • Amphoteric for balanced performance

  • Compatibility: Ensure it works well with other ingredients in your formulation.

  • Performance: Look at foam control, wetting ability, and stability under heat and varying pH.

  • Solubility: Check if it dissolves properly in your system.

  • Environmental Impact: Consider biodegradability and safety.

Always perform tests in your actual formulation to confirm the best choice.

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