If you are seeking low‑odor, high‑activity polyether‑modified silicone for cold‑process cream formulations, SF‑1017 deserves a spot in your formulation portfolio.
SF‑1017 is a polyether‑modified silicone surfactant developed by Topwin Technology. It functions primarily as a W/Si (silicone‑in‑water) emulsifier and is also compatible with W/O (water‑in‑oil) systems.
INCI Name: PEG‑10 Dimethicone Product Type: Low‑odor silicone emulsifier
As a linear polyether‑modified silicone with de‑odorizing treatment, it is optimized for cold‑process formulations. It features an HLB value of 4.5 tailored for W/Si systems. It exhibits excellent compatibility with silicone oils and delivers non‑sticky cream texture with silky‑smooth skin feel.
表格
| Item | Spec | Condition |
|---|---|---|
| Appearance | Colorless transparent liquid | — |
| Viscosity | 900 mm²/s | 25°C |
| Refractive Index | 1.420 | 25°C |
| HLB Value | ≈4.5 | — |
| Cloud Point | N/A | — |
| Active Content | 100% | — |
Data sourced from Topwin official technical documentation.
✅ Low odor & good storage stability: De‑odorized treatment prevents off‑odor generation during long‑term storage or high‑temperature ageing. ✅ Powerful emulsifying capacity: Blended with KSG series, it produces stable W/O face creams with high water loading. ✅ Refreshing skin feel: Generates relatively large water‑phase droplets for non‑greasy sensory performance. Low molecular weight brings non‑tacky creams without viscosity drop. ✅ Broad application scope: Suitable for skin care, color cosmetics, sun care, antiperspirants, hair care and pigment dispersion. ✅ Cold‑process friendly: Ideal for water‑break cream systems; drying time adjustable via volatile siloxanes. ✅ Excellent carrier performance: Serves as great carrier and spreading aid for emollients, humectants, UV filters, antiperspirant actives and pigments.
Stability Reference: Formulation with 3 % SF‑1017 remains homogeneous without phase separation after 90‑day storage at 45°C. Water dispersibility: >95 % dissolution rate in water at 25°C. 0.5 % loading forms uniform transparent system with no obvious sediment after 72 h.
Chemically stable under recommended handling and storage; no hazardous reaction reported.