Key Benefits & Why Formulators Choose NBE SANCEL® MCC with Sodium Carboxy Methyl Cellulose
Dual Functionality:
Combines binder and disintegrant functions in a single excipient — reducing formulation complexity and cost.
Rapid Disintegration:
Sodium CMC’s hydrophilic nature draws moisture into the tablet core rapidly, accelerating disintegration far beyond standard MCC.
Maintained Compactibility:
Despite the hydrophilic CMC component, the product retains excellent compactibility — producing robust tablets.
Simplified Bill of Materials:
Replace two or more excipients with one co-processed ingredient — streamlining procurement and QC testing.
Improved Bioavailability:
Faster disintegration translates to faster API dissolution, potentially improving bioavailability for BCS Class I and III drugs.
| Type | Size |
|---|---|
| HDPE Bags | 25 Kg |
| HDPE Bags | 20 Kg |
| Paper Bags | 25 Kg |
| Paper Bags | 20 Kg |
| FIBC | 400 Kg |
| Container | Palletized | Non-Palletized |
|---|---|---|
| 20 Ft. (Approx Wt.) | 10,000 Kg | 12,000 Kg |
| 40 Ft. (Approx Wt.) | 20,000 Kg | 24,000 Kg |
Frequently Asked Questions
What is the difference between co-processed excipients and physical blends?
Co-processed excipients are manufactured by combining components at a fundamental level during production, creating intimate contact between molecules. A physical blend simply mixes finished particles together. Co-processed excipients deliver more consistent, reproducible performance and often outperform equivalent physical blends significantly.
Does sodium CMC affect tablet hardness?
In SANCEL® MCC-CMC, the MCC component ensures robust tablet hardness is maintained. The sodium CMC does not compromise mechanical strength at typical usage levels; it primarily affects disintegration behaviour upon contact with aqueous media.
