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Geological Heritage Since 1974

FOUR SOURCES.
TWO IRON ORE TYPES.

Direct deposit-level control allows us to map raw mineral morphology, crystalline matrix, and natural assay variation directly to industrial applications.

REGIONAL NETWORK MAP

Rajasthan Mineral Corridor

Four verified source deposits anchoring our dual Hematite (Fe₂O₃) and Magnetite (Fe₃O₄) mineral systems.

JAMALPURHematite · Fe₂O₃MORIZAHematite · Fe₂O₃NARDAMagnetite · Fe₃O₄TONDAMagnetite · Fe₃O₄
Hematite Formations Magnetite Formations
Controlled Mining Reserve Access

Direct geological presence lets us sort run-of-mine ore at extraction, segregating high-silica seams from ultra-dense crystalline veins.

Mineralogical Characterisation

Every source undergoes continuous petrographic analysis, X-ray diffraction (XRD), and bulk density verification to ensure batch consistency across export lots.

SOURCE PROFILES

Geological Deposit Specifications

HEMATITE DEPOSIT · Fe₂O₃Jhunjhunu District, RJ

JAMALPUR

Characterised by dense, crystalline specular and earthy hematite varieties. Excellent natural specific gravity profile making it an optimal feed for high-density heavyweight aggregate classification and pigment-grade fine powders.

MINERAL SYSTEMFerric Oxide (Fe₂O₃)
TARGET USEHeavy Aggregate & Pigments
HEMATITE DEPOSIT · Fe₂O₃Jaipur District, RJ

MORIZA

An established regional hematite reserve with dependable seam continuity. Known for consistent metallurgical iron grades and controlled gangue elements, feeding both domestic industrial foundries and specialized processed grades.

MINERAL SYSTEMFerric Oxide (Fe₂O₃)
TARGET USEFoundry, Industrial Fe
MAGNETITE DEPOSIT · Fe₃O₄Sikar District, RJ

NARDA

Massive crystalline magnetite body delivering high natural magnetic susceptibility and solid bulk density. Exceptional for magnetic separation media, heavyweight dense ballast, and high-frequency shielding matrices.

MINERAL SYSTEMFerrosoferric Oxide (Fe₃O₄)
TARGET USEHeavy Ballast, Dense Media
MAGNETITE DEPOSIT · Fe₃O₄Jhunjhunu District, RJ

TONDA

Known for high specific gravity and elevated total iron assay (Fe Total). Tonda supplies calibrated aggregate sizes specifically qualified for civil nuclear reactor concrete and medical radiotherapy bunkers.

MINERAL SYSTEMFerrosoferric Oxide (Fe₃O₄)
TARGET USENuclear & Medical Shielding
Geological Heritage Since 1974

FOUR SOURCES.
TWO IRON ORE TYPES.

Direct deposit-level control allows us to map raw mineral morphology, crystalline matrix, and natural assay variation directly to industrial applications.

REGIONAL NETWORK MAP

Rajasthan Mineral Corridor

Four verified source deposits anchoring our dual Hematite (Fe₂O₃) and Magnetite (Fe₃O₄) mineral systems.

JAMALPURHematite · Fe₂O₃MORIZAHematite · Fe₂O₃NARDAMagnetite · Fe₃O₄TONDAMagnetite · Fe₃O₄
Hematite Formations Magnetite Formations
Controlled Mining Reserve Access

Direct geological presence lets us sort run-of-mine ore at extraction, segregating high-silica seams from ultra-dense crystalline veins.

Mineralogical Characterisation

Every source undergoes continuous petrographic analysis, X-ray diffraction (XRD), and bulk density verification to ensure batch consistency across export lots.

SOURCE PROFILES

Geological Deposit Specifications

HEMATITE DEPOSIT · Fe₂O₃Jhunjhunu District, RJ

JAMALPUR

Characterised by dense, crystalline specular and earthy hematite varieties. Excellent natural specific gravity profile making it an optimal feed for high-density heavyweight aggregate classification and pigment-grade fine powders.

MINERAL SYSTEMFerric Oxide (Fe₂O₃)
TARGET USEHeavy Aggregate & Pigments
HEMATITE DEPOSIT · Fe₂O₃Jaipur District, RJ

MORIZA

An established regional hematite reserve with dependable seam continuity. Known for consistent metallurgical iron grades and controlled gangue elements, feeding both domestic industrial foundries and specialized processed grades.

MINERAL SYSTEMFerric Oxide (Fe₂O₃)
TARGET USEFoundry, Industrial Fe
MAGNETITE DEPOSIT · Fe₃O₄Sikar District, RJ

NARDA

Massive crystalline magnetite body delivering high natural magnetic susceptibility and solid bulk density. Exceptional for magnetic separation media, heavyweight dense ballast, and high-frequency shielding matrices.

MINERAL SYSTEMFerrosoferric Oxide (Fe₃O₄)
TARGET USEHeavy Ballast, Dense Media
MAGNETITE DEPOSIT · Fe₃O₄Jhunjhunu District, RJ

TONDA

Known for high specific gravity and elevated total iron assay (Fe Total). Tonda supplies calibrated aggregate sizes specifically qualified for civil nuclear reactor concrete and medical radiotherapy bunkers.

MINERAL SYSTEMFerrosoferric Oxide (Fe₃O₄)
TARGET USENuclear & Medical Shielding
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