Comprecel ®

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Product Description

COMPRECEL® Microcrystalline Cellulose is a partially depolymerized cellulose prepared by acid hydrolysis of purified wood pulp, nature's most abundant polymer.

COMPRECEL® products are widely used as key ingredient in pharmaceutical and nutraceutical supplement application, primarily as binder/diluent/disintegration in tablet and capsule formulations in both wet granulation and direct compression processes.

Application

In drugs: That COMPRECEL® microcrystalline cellulose focus on opportunities for drugs as functions mentioned above is primarily tablets including direct compression and wet ranulation. It is also used to prepare granules, beadlets or minor involvement in capsules, suppositories etc.

In foods: COMPRECEL® microcrystalline cellulose can apply widely in food industries on account of its excel lent properties. For the purpose of anticaking, it has become popular. Likewise, by using of ingredient as absorbent, shredded cheese can readily separate form as well as appropriate customer's use.

In industry: Scienceiftic technology always delivers innovative products. Applications of bottom, painter, and even telephone tablet or treatment aid for ceramics catalyst for natural gas make COMPRECEL® microcrystalline cellulose an optimum effects of result.

Characteristics

A:Resource
 Derived from purified wood pulp
 Depolymerized cellulose- fiber form to cellulose
 As a pharmaceutical excipient and food additive 

B:Physical 
 Color-off white
 Odor-odorless
 Particle size- fine powder
 Taste- tasteless
 Solution- insoluble in water and most organic solvents

C:Chemical
 Inert polymer chain
 Free organic and inorganic impurities
 Non-nutrition dietary fiber
 Structural Formula

Specification

Basic Specification

Microbiological Specification

Standard grades available and their labeling specification
  • Original: M101 and M102
  • Low moisture grades: M103, M112,and M113
  • Coarser particle size: M200, M212
  • High density: M301 and M302
  • Small Particle size: M105

* The Ro Tap method is not appropriate for determining particle size distribution of M105
** The particle size of M212 is 425μm retained not more than 1%, 160μm retained not more than 50%, 50μm retained not less than 70%

ComprecelR standard grades-main areas of differentiation

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