مرکزی مواد پر جائیں
MANGANESE • METALLIC MINERAL

Manganese Ore Context & Buyer Requirements in Pakistan

Manganese ore occurrences in Pakistan are primarily associated with volcanogenic-sedimentary horizons intercalated within ophiolite complexes. Commercial utilization depends on verified Mn grade, the Mn:Fe ratio, phosphorus limits, and physical sizing.

Product Form
Metallurgical Lump / Screened Ore
Main Assay
Target Mn % (Lot-Specific Verification)
Regional Context
Bela Ophiolite, Balochistan & KP Belts
Evidence Category
Official Production Evidence (P)
Representative submetallic botryoidal manganese ore specimen on ophiolitic host rock
Representative mineral material: Submetallic pyrolusite and psilomelane ore. Occurrence does not constitute available inventory.
Representative material specimen. Occurrence does not constitute available inventory. Consignment verification required.

Mandatory Claim Boundary & Sourcing Notice: This page describes mineral/material evidence and buyer requirements. It does not represent current Enigma Earth inventory. Source, ownership, grade, quantity and availability must be verified for the specific enquiry.

GEOLOGICAL APPRAISAL

Mineralogy & Geological Occurrence

Manganese deposits in Pakistan occur predominantly as stratabound lenses and podiform bodies within the volcanic-sedimentary sections of ophiolite belts in Balochistan and Khyber Pakhtunkhwa. Mineralization is typical of submarine exhalative systems associated with pillow basalts and radiolarian cherts.

Geological Setting & Host Formations

The primary manganese occurrences lie within the Bela Ophiolite Belt in Lasbela District, Balochistan, and the Kurram-Waziristan ophiolitic sequences in KP. These deposits represent Cretaceous ocean-floor volcanogenic-sedimentary accumulations subsequently obducted onto continental margins.

Key Mineralogy & Chemical Formula

Mineralogy is dominated by manganese oxides, principally pyrolusite (MnO2) and cryptomelane/psilomelane, with minor manganese carbonate (rhodochrosite) and silicate phases (braunite, rhodonite) at deeper stratigraphic levels.

Formula: Pyrolusite (MnO2), Psilomelane, Rhodochrosite (MnCO3)
PAKISTAN EVIDENCE

Pakistan Evidence & Regional Context

Manganese extraction in Pakistan is documented through positive official reporting and active private quarrying in the Bela ophiolite belt. Occurrences are typically discontinuous and lenticular, requiring systematic sampling rather than assumed continuous deposit geometry.

[P]Official Production Evidence
BalochistanRegional Context

Lasbela (Bela Ophiolite: Kharari Nai, Sanjro, Siro Dhoro)

Volcanogenic-sedimentary exhalative lenses in basalt-chert sequences. Extracted via selective opencast pits; grade varies significantly across individual lenses.

Documented Regional Occurrence
Khyber PakhtunkhwaRegional Context

Kurram Agency & North Waziristan Ophiolitic Belts

Hydrothermal and sedimentary manganese horizons within suture zone volcanic rocks; exploration and artisanal extraction status.

Documented Regional Occurrence
Evidence Boundary: Manganese lenses in Bela and Kurram vary abruptly in thickness and grade across short distances. Official reporting of extraction does not guarantee consistent commercial grade across unmined portions of a concession.
PRODUCT ARCHITECTURE

Commercial Forms & Processing Stages

Commercial requirements must strictly differentiate between raw extraction, sorted grades, and processed products.

01

Metallurgical Lumpy Manganese Ore

Screened lump ore suitable for electric arc furnace charge in ferromanganese and silicomanganese production. Requires minimum physical strength to withstand furnace burden.

Hard screened lump (10 mm to 75 mm, minimum 85% lump)
02

Manganese Fines / Sinter Feed

Fine ore particles generated during crushing or extraction. Requires agglomeration or sintering prior to blast furnace or ferroalloy smelting.

Fines (0 mm to 10 mm)
03

Chemical & Battery Grade Ore

High-purity manganese dioxide (MnO2 >= 75%) with low iron and heavy metal content, evaluated for chemical synthesis and dry-cell battery cathode materials.

Crushed or milled mineral powder
TECHNICAL QUALIFICATION

Buyer Specification Requirements

Prospective buyers and project owners should specify the parameters below. Values represent typical industrial targets and do not imply universal Pakistani deposit compliance.

Assay & Elemental Composition

6 Parameters
Manganese Content (Mn)
Metallurgical grade typically requires 38.0% - 46.0% Mn; low grade 30.0% - 36.0% Mn
No universal grade; lot assay required
Total Iron (Fe)
Typically 4.0% - 8.0% Fe
Mn:Fe ratio determines ferroalloy classification
Silica (SiO2)
Typically 6.0% - 10.0% SiO2
Slag volume consideration
Phosphorus (P)
Maximum 0.10% - 0.12% P
Critical penalty: P > 0.15% incurs severe deductions
Alumina (Al2O3)
Typically < 4.0% Al2O3
Furnace slag fluidity parameter
Sulfur (S)
Typically < 0.05% S
Steel desulfurization consideration

Physical & Moisture Parameters

2 Parameters
Size Distribution
Lump ore: 10 mm to 75 mm (max 10% fines passing 6.3 mm)
Screen analysis per parcel
Moisture Content
Maximum 4.0% - 6.0% free moisture
Transport and furnace energy factor

Commercial & Lot Parameters

3 Parameters
Consignment Volume
Parcels from 200 MT trial to 5,000 MT commercial lots
Subject to stock assembly
Packaging Standards
Loose bulk in 20ft shipping containers or 1.25 MT heavy-duty jumbo bags
Tied and tagged
Inspection Authority
Independent accredited surveyor (ALS, SGS, Alfred H Knight)
Sampling at load port or designated consolidation depot
VERIFICATION PROTOCOL

Testing & Verification Requirements

Testing and quality verification must be conducted by an appropriate independent laboratory. Commercial transactions require representative sampling, assay, chemical analysis or gemological appraisal, and third-party inspection. Enigma Earth does not maintain a private testing monopoly.

Representative Sampling

Manual increment sampling of static stockpiles or stream sampling during container stuffing in accordance with ISO 4296-1 and ISO 4296-2. Preparation of representative moisture and analytical sample splits.

Standard Test Methods
  • ISO 4297 (Manganese ores and concentrates — Determination of manganese content — Potentiometric method)
  • ISO 312 (Determination of active oxygen as manganese dioxide content)
  • ASTM E314 (Standard Test Methods for Chemical Analysis of Manganese in Ore)
Laboratory Independence

All commercial contracting requires independent laboratory verification. Enigma Earth does not maintain a private assay monopoly; testing must be performed by mutually agreed accredited laboratories.

QUALITY CRITERIA

Manganese Grade, Impurities & Penalty Factors

Commercial specifications require explicit thresholds for penalty elements, structural soundness, color uniformity, and treatment parameters.

Manganese Grade (Mn)

Quality Parameter

Operational Impact: Commercial pricing and metallurgical recovery depend on verified lot grade; grades vary across lenticular ophiolitic occurrences requiring representative testing

Tolerance: Variable by deposit lens; subject to independent lot assay and contract cutoff specifications rather than assumed uniform values

Iron Content & Mn:Fe Ratio

Quality Parameter

Operational Impact: Determines whether ore can produce standard high-carbon ferromanganese (typically requiring Mn:Fe >= 6:1) versus silicomanganese (tolerates Mn:Fe 4:1 to 5:1) or blast furnace charge

Tolerance: High ratio commands commercial premiums; low ratio (< 4:1) restricts metallurgical processing pathways

Silica (SiO2) & Alumina (Al2O3)

Quality Parameter

Operational Impact: Governs slag melting temperature, volume, and operational fluidity in submerged electric arc smelting furnaces

Tolerance: Combined SiO2 + Al2O3 typically evaluated under 12.0% - 14.0% depending on buyer furnace requirements

Phosphorus (P)

Quality Parameter

Operational Impact: Phosphorus reduces completely into ferroalloys and induces cold-shortness (embrittlement) in finished steel

Tolerance: Strict penalty applies > 0.10% P; rejection thresholds typically apply > 0.15% - 0.20%

Sulphur (S)

Quality Parameter

Operational Impact: Volatilizes during smelting and transfers into molten metal or off-gas streams, increasing steelmaking desulfurization load

Tolerance: Low tolerance; typically specified < 0.05% S to preserve furnace refractory and steel quality

Moisture Content (Free Moisture)

Quality Parameter

Operational Impact: Excess free water inflates freight deadweight, causes material handling stickiness, and consumes unnecessary thermal energy in furnaces

Tolerance: Typically specified maximum 4.0% - 6.0% free moisture; Transportable Moisture Limit (TML) testing applies

Size Distribution (< 6.3 mm Fines vs Lump)

Quality Parameter

Operational Impact: Excess fines impede furnace gas permeability, causing hazardous eruptions and erratic conductivity; lump ore must maintain physical strength

Tolerance: Screen analysis parameter; fines passing 6.3 mm strictly limited to < 10.0% - 15.0% for lump shipments
SUPPLY CHAIN INTEGRITY

Sourcing, Provenance & Preparation Logistics

Due diligence guidelines for legal chain of custody, packaging standards, and maritime export protocols.

Origin Verification & Licensing

All manganese shipments must be accompanied by official provincial transport passes (DGMM), validated mining lease identifiers, and certified provenance documentation.

Concessions in Lasbela and Kurram operate under provincial mining regulatory regimes. Consignment dispatch requires verification of lease status and local royalty settlements.

Provenance Caution: A seller presenting an assay of 48% Mn from a selected boulder does not establish that a 2,000 MT stockpile conforms to that specification. Manganese lenses are heterogeneous; composite lot testing is mandatory.
Packaging & Maritime Transport
  • Bulk containerized transport inside 20ft shipping containers with protective front bulkheads
  • 1.25 MT heavy-duty polypropylene woven jumbo bags with lifting loops

Trucking from Lasbela or KP aggregation yards to Port Qasim or Karachi Port for containerized or breakbulk vessel loading.

Handling Caution: Manganese ore fines are abrasive and dense; proper weight distribution inside marine containers must be maintained to prevent axle overloads.
INQUIRY SUBMISSION GUIDE

What to Send: Technical Requirement Checklist

To evaluate feasibility and structure compliant off-take, please include the following technical details in your enquiry.

1Desired product form (Screened lump ore vs fines vs chemical grade)
2Target manganese grade range (Mn %) and minimum acceptable cutoff
3Acceptable phosphorus threshold (P %) and iron limit (Fe %)
4Required size distribution (e.g. 10 mm - 75 mm lump specification)
5Consignment volume (trial tonnage vs recurring monthly delivery)
6Delivery terms (FOB Karachi / Port Qasim vs CIF destination)
7Preferred independent inspection agency (ALS, SGS, Alfred H Knight)
Incomplete RFQs lacking grade cutoffs or consignment volumes cannot be processed.
Submit a Manganese Requirement
FREQUENTLY ASKED QUESTIONS

Frequently Asked Questions: Manganese Ore

Key questions regarding Pakistani mineral availability, testing protocols, and trade qualification.

During ferroalloy smelting, virtually 100% of phosphorus passes into the ferromanganese or silicomanganese alloy and subsequently into the steel, causing severe brittleness (cold shortness). Ores with phosphorus above 0.12% face steep discounts, and above 0.18% are often rejected.

Structured Mineral Qualification

Structure a Compliant Manganese Ore Requirement

Submit technical specifications, target grades, and consignment parameters for structured verification.