Fused Magnesia Magnesium Oxide Granular

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MOQ : 1 Metric Ton

Fused Magnesia Magnesium Oxide Granular Trade Information

Minimum Order Quantity
1 Metric Ton

FOB Port
Dalian, China

Supply Ability
6000 Metric Tons Per Month

Delivery Time
30 Days

Sample Available
Yes

Sample Policy
Free samples available with shipping and taxes paid by the buyer

Packaging Details
50kg 1000kg 1250kg 1350kg bag

Main Export Market(s)
Western Europe, Australia, North America, South America, Eastern Europe, Middle East, Central America, Asia, Africa

Certifications
ISO CCIS SGS

About Fused Magnesia Magnesium Oxide Granular

Fused Magnesia Granularis a calcined magnesia which is produced by the treating the naturally producedMagnesitewhich is a carbonate of magnesium. It is usually manufactured with the help of electric arc melting of the magnesia at an extreme temperature of 2750 degree Celsius to give a crystalline hard structure. It can be used in steel, cement and glass industry as a refractory brick. It helps in the electrical insulating in ceramic sheaths for heating elements.

Key Features and Composition

This product is distinguished by its exceptional MgO purity (96%-98%), enhanced by controlled levels of SiO2, CaO, Fe2O3, and Al2O3. The granular form ensures uniform blending in industrial processes, while the high melting point makes it suitable for extreme-temperature applications. Its molecular formula is MgO and the molecular weight is 40.3044 kg.

Industrial Uses and Applications

Fused Magnesia Magnesium Oxide Granular is primarily utilized in manufacturing refractory materials due to its impressive heat resistance and chemical stability. Industries involved in steel, cement, and glass production rely on this material for constructing furnaces and kilns, benefiting from its granular consistency and high performance.

Storage and Handling Guidelines

To maintain its integrity, Fused Magnesia Magnesium Oxide Granular should be stored at room temperature in a dry area. Proper storage helps preserve granule uniformity and prevents unwanted moisture absorption, ensuring consistent quality during extended storage and transportation.

FAQs of Fused Magnesia Magnesium Oxide Granular:

Q: How is Fused Magnesia Magnesium Oxide Granular typically used in industrial applications?

A: Fused Magnesia Magnesium Oxide Granular is mainly used in producing refractory bricks and linings for furnaces, kilns, and incinerators due to its high melting point and chemical stability. Its also applied in steelmaking, cement, and glass industries for enduring exposure to extreme heat.

Q: What is the recommended storage process for this granular material?

A: To maintain quality, store the Fused Magnesia Magnesium Oxide Granular at room temperature in a dry, covered environment. This prevents moisture absorption and agglomeration, ensuring the granules remain free-flowing and effective for industrial use.

Q: When should this product be selected over other grades of magnesium oxide?

A: This granular form with 96%-98% MgO purity is ideal for demanding industrial processes that require robust refractory performance, such as high-temperature furnaces and direct-contact environments with corrosive materials. Choose it when both thermal resistance and granule consistency are critical.

Q: Where is this product typically manufactured and supplied from?

A: Fused Magnesia Magnesium Oxide Granular is primarily produced by manufacturers in China, who act as distributors, exporters, and suppliers to global markets, ensuring consistent supply for industrial applications worldwide.

Q: What are the benefits of using fused magnesia in granular form?

A: Using magnesia in granular form allows for uniform mixing, ease of handling, and consistent results in refractory formulations. The high purity and stable grain structure help enhance performance in thermal and corrosive environments.

Q: How does the MgO content affect product performance?

A: MgO content between 96%-98% boosts the materials refractory quality, providing higher thermal stability, improved resistance to chemical attack, and longer operational life in harsh industrial processes.

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