Chrome Ore Lumps

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Chrome Ore Lumps Specification

Water Absorption
Negligible

Density
2.8 Gram per cubic centimeter(g/cm3)

Surface Finish
Rough

Hardness (%)
8 (Mohs scale)

Form
Lumps

Usage & Applications
Ferrochrome production, Steel making, Foundry sand, Refractory bricks

Application
Metallurgical, Refractory, Chemical Industries

Purity(%)
Up to 48% Cr2O3

Melting Point
1900C 2200C

Types of Refractories
Basic Refractory Material

Shape
Lumps

Porosity
Low

Dimensional Stability
Excellent at high temperatures

Strength
High mechanical strength

Specific Gravity
4.5 5.0 g/cm

Thermal Conductivity
Low thermal conductivity

Color
Dark Grey to Black

About Chrome Ore Lumps

A sharp business acumen and immense market understanding, enabled us to export a highly demanded collection of Chrome Ore. Our complete gamut is finely processed by applying the methodologies of screening, crushing, grinding and jigging. We make our stock available in bulk consignments as per the defined clients specifications. In addition to this, the offered gamut of Chrome Ore is extensively used for production purpose of chrome magnesium bricks.

Features:

Quality approved
Finely processed
Excellent performance

High-Strength and Dimensional Stability

Chrome Ore Lumps offer unparalleled mechanical strength and exceptional stability at extreme temperatures, which makes them indispensable in high-temperature industrial environments. Their basic refractory nature ensures they withstand thermal shock and mechanical stress, while their low porosity and absorption rates contribute to prolonged life and performance in demanding applications. These features are highly sought after in metallurgy and refractory sectors.

Multiple Industrial Applications

Due to their purity, excellent refractory properties, and low thermal conductivity, Chrome Ore Lumps find extensive usage in metallurgical processes, including ferrochrome and steel production. They are also essential for manufacturing refractory bricks, foundry sand, and in various chemical industrial applications. The adaptability and durability of these lumps meet the rigorous requirements of global exporters and importers, particularly in the Indian market.

FAQs of Chrome Ore Lumps:

Q: How are Chrome Ore Lumps used in metallurgical industries?

A: Chrome Ore Lumps are primarily harnessed for ferrochrome production and steelmaking. Their high melting point and mechanical strength make them suitable for lining furnaces, resisting extreme heat and mechanical stress during metal extraction and alloy processes.

Q: What benefits do Chrome Ore Lumps provide in refractory applications?

A: Thanks to their basic refractory composition, excellent dimensional stability, low porosity, and low thermal conductivity, Chrome Ore Lumps ensure durability and resistance to thermal shock when used in the manufacturing of refractory bricks and linings.

Q: When are Chrome Ore Lumps preferred over other raw materials?

A: They are preferred in situations requiring high resistance to heat, mechanical abrasion, and chemical corrosion, particularly above 1900C. Their use is crucial in applications such as furnace linings and foundries where reliability at extreme temperatures is non-negotiable.

Q: Where are Chrome Ore Lumps typically sourced and exported from?

A: Chrome Ore Lumps are widely sourced and exported from India, a significant hub for chromite mining and processing. Indian exporters supply these lumps to various international markets serving metallurgical, chemical, and refractory industries globally.

Q: What is the significance of purity and Cr2O3 content in Chrome Ore Lumps?

A: A high Cr2O3 contentup to 48%indicates greater chromite purity, which enhances performance in metallurgical and refractory applications. High purity ensures effective heat resistance and improves the resulting products quality in steelmaking and foundry operations.

Q: How does the low water absorption and rough surface finish impact the materials performance?

A: Negligible water absorption prevents deterioration from moisture exposure, and the rough surface enhances material bonding in refractory mixes, contributing to improved structural integrity and longevity of the end products.

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