Where our minerals
do their hardest work.
From the burning zone of a cement kiln to soil amendment in commercial agriculture — magnesite and magnesium oxide underpin a wider range of industries than most realise. Below: how our minerals integrate into eight critical sectors.
Jump to industry
8 sectors
01 — Steel & metallurgy
Lining the furnaces of modern steelmaking.
Dead Burnt Magnesite forms the basic refractory lining inside electric arc furnaces, basic oxygen furnaces and steel ladles — withstanding temperatures above 1700°C while resisting slag attack.
Role
Primary lining material in EAF, BOF, AOD and ladle linings.
Recommended product
Indian Olivine Sand (G3) Fragment
MGX-OLF-42 · MgO 42%
Process flow
02 — Refractory manufacturing
The raw material behind every basic brick.
High-purity sintered magnesia is the foundation of basic refractory bricks, monolithics, gunning mixes and ramming masses used across primary metals and cement industries.
Role
Bonded into bricks, castables and gunning mixes.
Recommended product
Indian Olivine Sand (G3) Fragment
MGX-OLF-42 · MgO 42%
Process flow
03 — Cement industry
Protecting the rotary kiln burning zone.
Magnesia-spinel bricks line the burning zone of cement rotary kilns, where temperatures exceed 1450°C. Our DBM grade provides the volume stability and chemical resistance required.
Role
Burning zone, transition zone and outlet linings.
Recommended product
Indian Olivine Sand (G3) Fragment
MGX-OLF-42 · MgO 42%
Process flow
04 — Agriculture & fertilizer
Magnesium for soil, plant and animal health.
Caustic Calcined Magnesite delivers bioavailable magnesium for soil amendment, animal feed supplementation and Mg-fortified fertilizer blends across diverse cropping systems.
Role
Soil pH correction, Mg fortification, livestock supplementation.
Recommended product
Indian Olivine Sand (G3) Powder
MGX-OLP-42 · MgO 42%
Process flow
05 — Ceramics
A stabilizer in glass and ceramic bodies.
CCM and high-purity MgO improve thermal shock resistance, fluxing behaviour and dimensional stability in industrial ceramics, glass batches and electrical porcelain.
Role
Body additive, glaze flux, thermal stabilizer.
Recommended product
Indian Olivine Sand (G3) Powder
MGX-OLP-42 · MgO 42%
Process flow
06 — Wastewater treatment
Neutralizing acidic streams at industrial scale.
Caustic Calcined Magnesite acts as a slow-release alkali in heavy-metal precipitation, acid neutralization and phosphate removal — safer to handle than caustic soda or lime alternatives.
Role
pH neutralization, metal precipitation, phosphate removal.
Recommended product
Indian Olivine Sand (G3) Powder
MGX-OLP-42 · MgO 42%
Process flow
07 — Thermal insulation
The insulating heart of heating elements.
High-purity magnesium oxide powder fills the gap between heating coils and metal sheaths in tubular heaters — electrically insulating and thermally conductive simultaneously.
Role
Tubular heater filling, electrical insulation matrix.
Recommended product
Indian Olivine Sand (G3) Powder
MGX-OLP-42 · MgO 42%
Process flow
08 — Chemical processing
A precursor for magnesium chemistry.
Raw magnesite and CCM are the upstream feedstocks for magnesium chloride, magnesium sulphate and a range of specialty magnesium compounds used in pharma, polymers and water treatment.
Role
Feedstock for Mg-chemical synthesis.
Recommended product
Indian Olivine Sand (G3) Fragment
MGX-OLF-42 · MgO 42%
Process flow
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Source industrial-grade
magnesite at industrial scale.
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