EAZEECEL™ methylcellulose derivatives are cellulose ethers that, when dissolved in water, offer a variety of functional properties. EAZEECEL™ products are powders, they are used as thickeners, protective colloids, stabilisers, suspending aids and water-retention agents in many industrial applications. 


Chemically EAZEECEL™ products are ethers of cellulose and methylchloride, ethylene oxide or propylene oxide. These cellulose derivatives have been designated as follows: 

EAZEECEL™ CM       methyl cellulose 

EAZEECEL™ CMH     methylhydroxyethyl cellulose 

EAZEECEL™ CMP      methylhydroxypropyl cellulose 

These designations are followed by a viscosity number, as listed below. "R"-types have retarded solubility. 

Viscosity specification of EAZEECEL™, Brookfield DV2 at 20℃, mPa.s 

Aqueous viscosity specification at 20 rpm, on bone-dry basis 

 Product type                    Viscosity at 2%    

   CMH 40M                          38000 - 51500

   CMH 70M                          68000 - 76000

 Product type                          Viscosity at 2% 

   CMP 25M(R)                           21000-29000  

   CMP 40M(R)                           34000-46000  

   CMP 55M(R)                           46000-63000 

   CMP 70M(R)                              >60000 

 Other specifications of EAZEECEL™ 

 Appearance                White to creamy. 

“R”type                    Surface treatment for retarded dissolution 

 Bulk density                200 - 500 g/l 

 Moisture content        8,0% max. 

EAZEECEL™ is easily soluble in cold water. The product is not soluble in hot water. EAZEECEL EAZEECEL™ is a non-ionic cellulose ether and is compatible with many surfactants and polymers such as starch, guar and alginates. 

Solutions of EAZEECEL™ are pseudoplastic, some solutions show thixotropy. The solution viscosity is a function of the temperature, as the latter increases, viscosity decreases. When reaching the gel temperature gelling and flocculation of the polymer will occur. This process is reversible upon cooling. Viscosity is nearly independent of the pH over a wide range. 

EAZEECEL™ cellulose ethers have many functional properties, such as water retention, thickening and stabilizing action, binding ability, adhesion, protective colloid, suspension effect and emulsion stabilization and film formation. Typical applications are construction industry, coating industry, suspension polymerization, ceramic industry, tobacco industry, detergents and cleaners.

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