Dead Burnt Magnesite Lumps

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Dead Burnt Magnesite Lumps Specification

Dimensions
Natural irregular lumps, typically 50-200 mm

Impurity Content (%)
<2.5%

Mesh Size
Lump form (not milled)

Product Type
Dead Burnt Magnesite (DBM) Lumps

Alloy
Non-alloy

Shape
Lump / irregular pieces

Size
Customized or as required (commonly 50 mm and above)

Weight
Bulk supply, 1-50 kg/lump possible

Application
Refractory industry, steelmaking, furnace lining, slag conditioning

Color
Grayish white to off-white

Al2O3 Content
<0.50%

SiO2 Content
<2.0%

Usage
Ideal for basic refractory bricks, EAF fettling, fettling compound, converter linings

Purity (MgO %)
88%-92%

CaO Content
<2.0%

Fe2O3 Content
<1.5%

Processing Method
Calcined at >1700°C

Loss on Ignition
<1.5%

Packaging
Bulk, jumbo bags, or as required

Moisture Content
<0.5%

Bulk Density
3.10-3.40 g/cm³

Grade
High grade refractory raw material

About Dead Burnt Magnesite Lumps

Order today to secure superior Dead Burnt Magnesite Lumps, a famed and enlightened choice for the refractory industry. With a purity of MgO at 88%-92% and impurity content below 2.5%, each batch promises high-grade quality. Calcined at over 1700C, these lumps deliver exceptional durability and thermal stability. In demand for steelmaking, EAF fettling, converter linings, and furnace applications, our DBM offers unmatched performance. Packaged in bulk or jumbo bags, custom sizes from 50 mm and above are available for reliable and flexible supply. Advance purchase recommended.

Competitive Advantages & Industry Applications

Dead Burnt Magnesite Lumps offer enhanced thermal resistance and minimal impurity levels, giving them a distinct edge for refractory processes. Their high density and purity make them ideal for use in refractory bricks, steelmaking furnaces, and slag conditioners. Widely adopted in major industrial plants, these lumps support consistent production quality while ensuring resilient linings for converters and EAF fettling. Their reputation for reliability and performance makes them a preferred selection across the metallurgical sector.

Samples, Packaging, & Dispatch Details

Sample Dead Burnt Magnesite Lumps are available for quality evaluation before commitment, minimizing expenditure on large orders. Efficient packing solutions, including jumbo bags and other bulk formats, ensure secure transportation. Our dispatch team rigorously oversees the packing and swift delivery process. FOB ports in India are utilized for international orders to optimize costs, guaranteeing that products arrive in pristine condition. Clients can request specific packaging and delivery options based on their operational or logistical needs.

FAQs of Dead Burnt Magnesite Lumps:

Q: How are Dead Burnt Magnesite Lumps produced?

A: Dead Burnt Magnesite Lumps are manufactured by calcining raw magnesite at temperatures exceeding 1700C, resulting in high-grade, dense refractory material with minimal impurities.

Q: What are the primary applications of Dead Burnt Magnesite Lumps?

A: These lumps are in demand for basic refractory bricks, EAF fettling, converter lining, furnace lining, and slag conditioningespecially within the steelmaking industry.

Q: When should I place an advance purchase for Dead Burnt Magnesite Lumps?

A: Due to their consistent high demand and superior performance, advance purchase is recommended to secure inventory for upcoming projects or production needs.

Q: Where can samples of Dead Burnt Magnesite Lumps be obtained?

A: Clients may request samples directly from our team, allowing for prior quality assessment before making a bulk order commitment.

Q: What are the packaging and shipment options available?

A: We offer flexible packing, including bulk and jumbo bags, and our shipments are dispatched efficiently through key FOB ports in India to ensure cost-effective international delivery.

Q: What benefits do Dead Burnt Magnesite Lumps provide in refractory operations?

A: Their high MgO content and low impurity levels translate to improved thermal stability, increased refractory life, and superior resistance to slag and molten metal infiltration.

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