Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Dow XIAMEETER MEM-0036 Silicone Emulsion

Dow XIAMEETER MEM-0036 is a high-stability anionic silicone emulsion from Dow’s XIAMEETER specialty polymer series, designed for textile softening, hydrophobic finishing, and coating applications. It delivers excellent lubricity, smoothness, and wash-fastness with low yellowing risk and broad compatibility in aqueous systems.
  • dow xiameeter mem 0036 silicone emulsion_2122cdd4
  • dow xiameeter mem 0036 silicone emulsion_2122cdd4

Features Of Dow XIAMEETER MEM-0036 Silicone Emulsion

  1. Highly stable anionic silicone emulsion with excellent shelf life and freeze-thaw resistance.

  2. Delivers superior softness, smoothness, and hydrophobicity to treated substrates.

  3. Compatible with cationic, nonionic, and amphoteric systems in formulation blends.

  4. Low foaming profile suitable for high-shear processing and continuous industrial applications.

  5. Eco-preferred formulation with low VOC content and no APEOs or formaldehyde donors.

Typical Applications Of Dow XIAMEETER MEM-0036 Silicone Emulsion

  1. Textile finishing for cotton, polyester, and blended fabrics to enhance hand feel and wrinkle recovery.

  2. Personal care formulations including conditioners, shampoos, and leave-on hair treatments.

  3. Leather finishing to improve surface lubricity, water repellency, and grain flexibility.

  4. Nonwovens treatment for hygiene products such as baby wipes and feminine care materials.

  5. Industrial coatings additives for improved substrate wetting and surface slip.

Specifications Of Dow XIAMEETER MEM-0036 Silicone Emulsion

Chemical TypeDimethicone-based anionic silicone emulsion
Product FormWhite to off-white liquid emulsion
AppearanceOpaque, homogeneous liquid
pH (1% aqueous solution)5.5 – 7.0
Active Content (wt%)35.0 ± 1.0%
Viscosity (25°C, mPa·s)100 – 400 (Brookfield RVT, spindle #3, 20 rpm)
Particle Size (D50, nm)150 – 300
Storage Stability≥12 months at 5–30°C in sealed container


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