Fused magnesia It is an important metallurgical raw material, widely used in steel, aluminum, magnesium and other industries. During storage and transportation, Manufacturer of fused magnesia Tell you to pay attention to the following issues:
Packaging and identification: fused magnesia should be packaged with appropriate packaging materials to prevent it from being affected by moisture, pollution or chemical reaction. The product name, specification, batch number, net weight and other information shall be marked on the package to ensure the traceability of the product.
Storage environment: The storage environment of fused magnesia should be dry, ventilated and clean. Avoid contact with organic substances, acids, alkalis and other chemicals to prevent dangerous substances or quality changes.
Damp proof and moisture proof: fused magnesia is very sensitive to humid environment and easy to absorb moisture and agglomerate. During storage, avoid contact with moisture to prevent agglomeration.
Fire and explosion prevention: fused magnesia is flammable and explosive, and will cause violent reaction when contacting with oxidant. Therefore, attention shall be paid to fire and explosion prevention measures during storage and transportation to avoid contact with fire source, high temperature and flammable materials.
Stacking method: fused magnesia shall be classified and stacked according to specifications and varieties, and warehouse space shall be used reasonably. Attention shall be paid to ventilation during stacking to avoid dust accumulation and heat accumulation, so as not to affect product quality.
Regular inspection: regularly inspect the storage area of fused magnesia to ensure that the storage environment is dry, ventilated and clean. At the same time, check whether the packaging materials are intact to prevent package leakage, breakage and other problems.
1. Manufacture of superalloy materials
Electric fused magnesia is a very important raw material in the manufacture of superalloy materials. Its high thermal stability and chemical inertia make it have strong fire resistance in the process of high-temperature smelting and casting, which can protect and isolate metal materials from chemical reaction and damage due to contact with high-temperature media. Fused magnesia can also be used as structural components of superalloy materials and thermal barrier coating materials to effectively enhance its high-temperature resistance and service life.
2. Manufacturing of special ceramic materials
In addition to the manufacture of high-temperature alloy materials, fused magnesia can also be used for the manufacture of special ceramic materials. Its high temperature stability and chemical inertia make it an important component of ceramic materials, which can improve the hardness, wear resistance, high temperature resistance and chemical stability of ceramics; At the same time, the color of fused magnesia is white, which can be used to produce ceramic materials and handicrafts with high economic value.
3. Refractory material manufacturing
Electric fused magnesia can also be used in the manufacture of refractories. Compared with other types of refractories, it has higher thermal stability and corrosion resistance. It can be used as lining and insulation materials for high-temperature kilns, as well as refractories in industrial production such as steelmaking and metallurgy.
