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

Dow CELLOSIZE QP100MH Hydroxyethyl Cellulose

Dow CELLOSIZE QP100MH is a non - ionic water - soluble hydroxyethyl cellulose, customized for daily chemicals and coatings. It is a white powder with delayed water - solubility suitable for processing in various scenarios. Its narrow viscosity range ensures stable finished products. It can be used as a thickener, humectant and gelling agent

Features Of Dow CELLOSIZE QP100MH Hydroxyethyl Cellulose

  • Precise and Stable Thickening - Narrow viscosity range ensures stable finished product quality, suitable for thickening needs of various systems

  • High - quality Film - forming and Gelling - Excellent film - forming property, high transparency after gelling, endowing products with delicate texture and smooth skin feel

  • Wide Compatibility and Adaptability - Suitable for pH 2-12 systems, compatible with various surfactants, and excellent electrolyte resistance

  • Safe, Mild and Reliable - Non - ionic, non - irritating, in line with safety standards for daily chemical products, safe to use

Typical Applications Of Dow CELLOSIZE QP100MH Hydroxyethyl Cellulose

  1. Cleansing Products - Thickening and stabilizing foam in shampoos and conditioners, improving wet combing performance and optimizing washing and care experience

  2. Skin Care and Beauty Products - Acting as a thickener and stabilizer in masks, lotions and creams, improving product texture

  3. Hair Styling Products - Serving as a gelling agent in hair sprays and mousses, ensuring styling effect and product transparency

  4. Coatings Field - Acting as a thickener in interior and exterior wall latex paints, improving coating stability and coating uniformity

Specifications Of Dow CELLOSIZE QP100MH Hydroxyethyl Cellulose

Chemical NameHydroxyethyl Cellulose (HEC)
CAS No.9004-62-0
Chemical TypeNon-ionic water-soluble polymer
AppearanceWhite powder
Ionic TypeNon-ionic
SolubilityDelayed water-solubility (temperature independent)
Active Ingredient>87%
Moisture Content<6%
Salt Content<5%



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