In the industrial production system of solid pharmaceutical preparations, the quality stability, physicochemical compatibility, and safety cleanliness of excipients directly affect the molding quality, production yield, and long-term storage stability of pharmaceutical tablets. As a base material with a relatively high proportion in tablet formulations, filler excipients assume the roles of shaping, weight increasing, and filling, while simultaneously influencing powder flowability, compression behavior, disintegration performance, and the compatibility of active pharmaceutical ingredients (APIs). Messi Biology has participated in the drafting of industry standards for magnesium-based new materials, operates clean-grade food production workshops, and has obtained multiple certifications including ISO22000, HALAL, and KOSHER. With high purity levels, strict impurity control, powder uniformity, and stable physicochemical characteristics, Messi Biology’s food-grade magnesium oxide is widely applied in pharmaceutical tablet production as a filler excipient.
Through multi-stage fine purification, high-temperature calcination, and powder classification processing, Messi Biology’s food-grade magnesium oxide features a controllable particle size distribution and a loose powder state. This helps improve the flow characteristics of pharmaceutical powder mixtures, reducing production issues such as electrostatic adsorption and caking-induced blockages. It is adaptable to both mainstream tablet manufacturing processes—wet granulation and direct compression—helping to stabilize tablet weight differences, ensure uniform weights across batch production, and reduce the proportion of unqualified products during manufacturing. Meanwhile, the product possesses favorable compressibility; when added to tablet formulations, it adjusts tablet hardness, alleviates issues like tablet splitting, powder shedding, and abrasion during transportation, warehousing, and packaging, and assists in maintaining the aesthetic integrity of pharmaceutical tablets throughout their storage lifecycle.
Magnesium is an essential mineral nutrient for the human body, participating in energy metabolism, neural regulation, and bone-related physiological activities. Messi Biology’s food-grade magnesium oxide boasts a considerable magnesium content and good biological compatibility. In compound mineral tablets, nutritional supplement tablets, and conditioning-type pharmaceutical tablets, it can serve simultaneously as a filler excipient and a source of magnesium nutrition. The product implements strict control over indicators such as heavy metals, microorganisms, and ignition residues, with consistent performance maintained across different batches. It is resistant to chemical reactions with active pharmaceutical ingredients and will not alter the color or odor of the medicine. This stable raw material quality helps enterprises control formula debugging costs, quality inspection costs, and production risks, making it well-suited for the large-scale, standardized production of conventional pharmaceutical tablets and functional health tablets, thereby providing a compliant magnesium salt excipient solution for solid preparation manufacturing in the pharmaceutical industry.