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

Ashland Natrosol HEC HHX Hydroxypropyl Cellulose

Ashland Natrosol HEC HHX is a high-quality hydroxyethyl cellulose polymer in the Natrosol series. Custom-designed for aqueous cleaning formulations, personal care products and industrial aqueous formulations, it is derived from sustainably sourced cellulose, featuring efficient thickening and broad pH adaptability

Features Of Ashland Natrosol HEC HHX Hydroxypropyl Cellulose

  1. Efficient Thickening & Stabilization - Excellent thickening efficiency, rapidly increasing system viscosity and ensuring long-term formulation stability

  2. Broad pH Adaptation & Compatibility - Adaptable to a wide pH range, viscosity less affected by acidity and alkalinity, strong system compatibility

  3. Transparent Formulation Enhancement - Forms crystal-clear solutions after dissolution, without affecting product appearance and texture

  4. Excellent Salt Tolerance - Possesses outstanding salt tolerance, suitable for complex formulation systems containing electrolytes

Typical Applications Of Ashland Natrosol HEC HHX Hydroxypropyl Cellulose

  1. Aqueous Cleaning Formulations - Used in liquid laundry detergents and floor cleaners to improve consistency and cleaning stability

  2. Personal Care Products - Used in hand soaps and body washes to optimize texture lubricity and skin feel during use

  3. Dishwashing Detergents - Used in hand and automatic dishwashing detergents to enhance foam stability and decontamination synergy

  4. Industrial Aqueous Coatings - Used in industrial aqueous coatings to improve system leveling and storage stability

Specifications Of Ashland Natrosol HEC HHX Hydroxypropyl Cellulose

BrandAshland (USA)
Chemical TypeHydroxyethyl Cellulose (HEC), non-ionic cellulose ether
Physical FormWhite to off-white free-flowing powder
Core CharacteristicsEfficient thickening, broad pH adaptation, transparent dissolution
CAS Number9004-53-9
Viscosity CharacteristicShort time to 90% viscosity achievement (about 3.8 minutes in 1% aqueous solution at pH 6)
pH Adaptation RangeStable over a wide pH range, viscosity less affected by acidity and alkalinity


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