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

Ashland Bondwell CMC BVH8 Hydroxypropyl Cellulose

Ashland Bondwell CMC BVH8 is a high-purity fine-powder pharmaceutical and battery-grade excipient in the sodium carboxymethylcellulose series, tailored for lithium-ion battery anodes, food, pharmaceutical solid preparations, cosmetics, construction and other scenarios. As an off-white or beige odorless fine powder and anionic water-soluble polymer,


Features Of Ashland NATROSOL PLUS Hydroxyethyl Cellulose

  1. Dual Stabilization Protection - Combines delayed hydrolysis and enzyme decomposition resistance, maintaining long-term system stability

  2. Excellent Application Adaptation - Improves leveling and anti-sagging, reduces construction splashing, optimizing application experience

  3. Broad Environmental Compatibility - Adapts to wide pH range, excellent salt tolerance, compatible with various additives

  4. Cost Optimization Advantage - Reduces dosage of PU or acrylic thickeners, improving quality while lowering costs

Typical Applications Of Ashland NATROSOL PLUS Hydroxyethyl Cellulose

  1. Aqueous Ink Printing - Used for thickening aqueous inks to ensure printability and storage stability

  2. Daily Chemical Cleaning Products - Used in sulfate-free shampoos and cleaners to improve viscosity and use texture

  3. Cosmetic Formulations - Used in conditioners, hair masks, etc., enhancing emulsion stability and mildness

  4. Aqueous Adhesives - Used in aqueous woodworking adhesives and architectural adhesives to improve bonding stability and workability

Specifications Of Ashland NATROSOL PLUS Hydroxyethyl Cellulose

Chemical TypeHydrophobically Modified Hydroxyethyl Cellulose derivative (HM HEC), non-ionic
Physical FormWhite powder
Core CharacteristicsEfficient thickening, dual stabilization, excellent application adaptation
Active Content100 %
1% Solution AppearanceTransparent
Viscosity (1% aqueous solution)150 - 750 mPa·s
Solution pH Value6.0 - 8.5
Density (25℃)0.70 - 0.80 g/cm³
Ablation Residue< 8.0 %
Moisture Content< 5.0 %




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