Why Magnesium Hydroxide Is the Halogen-Free Flame Retardant of Choice
Key takeaway: Magnesium hydroxide (MDH) decomposes endothermically at 330–430°C, releasing water vapor that cools the polymer and dilutes combustible gases […]
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Technical Articles & Buying Guides
Practical, engineering-level guides written by our PhD team — how magnesium compounds work, how to choose the right grade, and what to check before you buy. New articles are added regularly.
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Magnesium Oxide in Lithium Battery Materials: Roles You Should Know
Key takeaway: High purity magnesium oxide plays multiple roles inside lithium-ion battery production: as an pH regulator and impurity adsorbent […]
Industry News
Magnesium Oxide for Flue Gas Desulfurization: An Efficient FGD Reagent
Key takeaway: Magnesium oxide flue gas desulfurization (MgO-FGD) is winning share from limestone-gypsum systems across Asia and Europe. Magnesium oxide […]
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- Flame retardants — halogen-free FR selection, loading and synergists
- Flue gas desulfurization — reagent sizing, activity and by-products
- Battery materials — nano MgO in cathodes, electrolytes and separators
- Water treatment — pH control, heavy-metal removal, jar testing
- Agriculture & feed — feed MgO reactivity and soil conditioning
- Food & pharma — GMP grades, documentation and audits
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