Mineral Products-Dead Burnt Magnesium

Type: Mineral Products

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Detailed description

Mineral Products-Dead Burnt Magnesium

矿产品-重烧镁(图1)

Product Overview:

Yatai Technology uses selected premium magnesite ore and carefully creates high-performance dead-burned magnesite products through a sophisticated processing process, including selection, flotation purification, preliminary calcination, fine grinding, high-pressure pelletization, and deep calcination in ultra-high temperature oil shaft kiln. This process completely removes carbon dioxide from magnesite at extreme temperatures of 1400 to 1800 degrees Celsius, thus forming a highly refractory periclase compact.

Product features description:

High concentration magnesium oxide core: ensures the product contains at least 90% magnesium oxide (MgO), laying a solid foundation for excellent fire resistance. Strict impurity control: Adhering to fine quality management, the content of silicon dioxide (SiO2) is limited to no more than 5%, calcium oxide (CaO) is no more than 2.5%, and the loss on ignition (LOI) is controlled within 0.5%, ensuring the purity of the product. and stability. Uniform particle size design: The particle size is carefully controlled between 10 and 30 mm to adapt to the specific needs of various industrial applications, improving the applicability and compatibility of the material. Application field overview: With its excellent high temperature resistance, Yatai Technology's dead-burned magnesium plays a key role in the metallurgical industry and is the first choice for manufacturing high-end refractory materials such as magnesia bricks, chromium-magnesium refractory products, high-purity magnesia and metallurgical auxiliary materials. Raw materials have widely promoted the progress and application of refractory material technology.

Product performance indicators:

Magnesium oxide (MgO): content is not less than 90%. Silica (SiO2): content does not exceed 5%. Calcium oxide (CaO): content does not exceed 2.5%. Loss on ignition (LOI): no more than 0.5%. Particle size specification: 10 to 30 mm to ensure uniformity and applicability of the material.

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