Enhancement of compression and compaction properties of calcium carbonate powder by granulation with HPC, HPMC and sodium- alginate as binders for pharmaceutical applications: an optimization case study.

Deeb Abu Fara; Iyad Rashid; Linda Hmoud; Shatha Al-Qatamin; Babur Z Chowdhry; Adnan A Badwan

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Original article

Vol. 11, Issue 2, 2020

June 27, 2020 CDT

Enhancement of compression and compaction properties of calcium carbonate powder by granulation with HPC, HPMC and sodium- alginate as binders for pharmaceutical applications: an optimization case study.

Deeb Abu Fara, Iyad Rashid, Linda Hmoud, Shatha Al-Qatamin, Babur Z Chowdhry, Adnan A Badwan,

tableting granulation gamlen tablet press load-displacement curve flowability compressibility compactibility calcium carbonate binders excipients

JEFC

Abu Fara, Deeb, Iyad Rashid, Linda Hmoud, Shatha Al-Qatamin, Babur Z Chowdhry, and Adnan A Badwan. 2020. “Enhancement of Compression and Compaction Properties of Calcium Carbonate Powder by Granulation with HPC, HPMC and Sodium- Alginate as Binders for Pharmaceutical Applications: An Optimization Case Study.” Journal of Excipients and Food Chemicals 11 (2): 8–28.

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