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Case Study: Elevating Pharmaceutical Solutions With Magnesite Powder

Introduction

The pharmaceutical company encountered growing demand for a more efficient and reliable antacid to relieve acid indigestion, heartburn and stomach upset. Previous formulations were effective; however, they did not permit uniform dosage, stable shelf‐life or simple administration. Consequently, companies turned to Magnesite Powder (MgCO3) as a potential solution to enhance the performance of their antacids.

Figure 1. The Pharmaceutical Industry

Understanding Magnesite Powder

Magnesite Powder is a finely ground form of magnesite, a mineral primarily composed of magnesium carbonate (MgCO3). It contains a high concentration of magnesium and withstands high temperatures and chemical reactions. It is used in various industrial sectors, including construction, metallurgy, agriculture and, notably, the Pharmaceutical Industry.

Figure 2. Magnesite Powder

Applications in the Pharmaceutical Sector

Acid Neutraliser: Magnesite Powder is used in the formulation of acid-neutralising medications. As an alkaline substance, it acts as a gastric acid neutraliser that relieves the symptoms of acid indigestion, heartburn and stomach upset.

Tablet Excipient: In addition, Magnesite Powder is employed as a tablet excipient. It functions as a diluent or filler in tablet formulations and assists in achieving the required tablet weight and uniform distribution of active ingredients.

Medical Preparations: The powder is used in medical preparations, including antacid suspensions and topical ointments. Its low toxicity and simple formulation process make it a preferred component in pharmaceutical development.

pH Regulator: In certain formulations, Magnesite Powder is used as a pH regulator to control the acidity or alkalinity of a solution.

Anti-Caking Agent: It prevents clumping in pharmaceutical powders and granulates, thereby ensuring free flow of materials during processing and storage.

Case Study: Optimising the Pharmaceutical Filler with Magnesite Powder

--The Challenge

A customer from the pharmaceutical industry required high‐quality Magnesite Powder for use as a filler in tablet and capsule formulations. The customer specified key requirements for the powder to ensure its suitability and efficacy in pharmaceutical applications.

--The Solution

Focus on Purity: The customer required the Magnesite Powder to have a purity level exceeding 99%. This requirement ensured that the powder was free from impurities and did not interact adversely with other constituents.

Particle Precision: The recommendation was to select fine MgCO3 powder with a particle size between 1 and 5 micrometres. This range is optimal for pharmaceutical manufacturing, particularly in the production of tablets and capsules. The fine particles facilitate uniform mixing with other active and inactive components, thereby contributing to the homogeneity and stability of the final medicinal formulation.

--Results

The selection of high‐purity Magnesite Powder with a particle size of 1–5 micrometres for use as a filler in pharmaceutical tablets or capsules ensured the integrity, safety and efficacy of the final medicinal product. By meeting these stringent requirements, the customer reliably improved their pharmaceutical formulations, thereby contributing to the overall quality of their produced medicines.

Conclusion

Magnesite Powder continues to hold an important position in the pharmaceutical industry and plays a significant role in relieving gastrointestinal complaints and improving patient well‐being. Its use as an antacid, tablet excipient and pharmaceutical additive underscores its importance in modern pharmaceutical formulations and enhances the overall quality of health products.

At Stanford Advanced Materials (SAM) we manufacture Magnesite Powder (MgCO3) that meets specific requirements. Please contact us if you are interested.

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About the author

Chin Trento

Chin Trento holds a bachelor's degree in applied chemistry from the University of Illinois. His educational background gives him a broad base from which to approach many topics. He has been working with writing advanced materials for over four years at Stanford Advanced Materials (SAM). His main purpose in writing these articles is to provide a free, yet quality resource for readers. He welcomes feedback on typos, errors, or differences in opinion that readers come across.

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