PEG-12 Dimethicone

PEG-12 Dimethicone — Water-Dispersible Silicone for Lightweight Conditioning Systems

INCI Name: PEG-12 Dimethicone
Appearance: Clear to slightly hazy, viscous liquid
Solubility: Water-dispersible (forms stable dispersions)
Recommended Usage: 0.5% – 5.0%
Primary Functions: Emollient, silicone emulsifier, conditioning agent

PEG-12 Dimethicone is a non-ionic, polyether-modified silicone designed to disperse efficiently in water-based and emulsified cosmetic systems. It delivers the characteristic slip and softness of silicone while maintaining compatibility with lightweight, hydrating formulations.

The PEG-12 modification enables improved integration into aqueous phases without the need for heavy emulsifier systems, making it particularly useful in sprays, gels, and low-viscosity emulsions.

Common Applications

• Facial moisturizers, gel creams, and serums
• Leave-in conditioners and hair treatment sprays
• Primers, BB creams, and complexion products
• Aftershave gels and lightweight emulsions
• Frizz-control and shine-enhancing hair products

Performance & Formulation Benefits

PEG-12 Dimethicone provides a balance between silicone performance and formulation flexibility. It improves glide, spreadability, and after-feel while reducing tackiness commonly associated with polymer-thickened or humectant-rich systems.

Key Benefits

• Silky, smooth sensory profile without heavy occlusion
• Water-dispersible for use in sprays and light emulsions
• Improves wet and dry combing in hair care formulations
• Reduces drag and stickiness in gels and lotions
• Enhances shine and softness without buildup

Formulation Notes

• Compatible with aqueous, emulsion, and hybrid systems
• Can be used alongside dimethicone, esters, and film formers
• Helps stabilize silicone distribution in water-rich formulas
• Recommended pH range: 4 – 8
• Add during cool-down or with moderate shear for best clarity

PEG-12 Dimethicone is particularly effective in leave-on hair care and skin care products where lightweight conditioning and fast absorption are required without compromising clarity or stability.