Anhui IOTA Silicone Oil Co., Ltd. introduces IOTA 96211 Silicone Elastomer Gel, a groundbreaking material redefining skincare texture and performance through its unique glucose modification and self-emulsifying properties. This innovative ingredient enables efficient thickening in water/oil and water/silicone systems while delivering exceptional water-encapsulation and wrinkle-blurring effects, unlocking new possibilities for advanced skincare development.

Technical Breakthrough Highlights

• Self-Emulsifying: Glucose modification enables automatic emulsification, simplifying formulation processes

• Superior Texture: Transparent gel consistency provides elastomer-like smooth skin feel

• Multifunctional: Combines thickening, water encapsulation, wrinkle blurring, and stabilization

• Cold Process Compatible: Supports room temperature preparation, preserving active ingredients

Application Advantages

✓ Water-in-Cream Formulations: 50% improvement in water encapsulation for longer-lasting hydration
✓ Anti-Wrinkle Products: Significant fine line filling with immediate 65% wrinkle reduction
✓ Sensitive Skin Safe: D4 content <1%, passes skin irritation tests
✓ Formulation Stability: Stable within pH 5-9 range, compatible with multiple active ingredients

"Compared to traditional thickeners, IOTA 96211 not only creates unique water-release effects but also significantly enhances the sensory properties of final products," stated IOTA's Technical Director. "Its self-emulsifying feature is particularly suitable for developing lightweight, non-greasy moisturizers."

Performance Specifications

Usage Guidelines

• Individual Use: Pre-disperse with oils, high-speed shear emulsification

• Compounding Recommendation: Add during late emulsification stage, avoid prolonged high-temperature processing

• Temperature Control: Processing temperature ≤60°C to prevent D5 evaporation

• Storage Conditions: Sealed storage, 2-year shelf life

Packaging: 20kg plastic drum/200kg metal drum
Certification: ISO 16128 Natural Index certified