magnesium ingot

magnesium as the lightest metal with unique metallurgical features has gained great industrial application in different industries. With a density of 1.7 g/m2, magnesium is the lightest metal with the potential to be applied in different industrial productions. Magnesium`s density is 95 and 460 percent less than that of aluminum and iron and steel, respectively. This unique feature of magnesium has made it a number one metal in the applications such as producing moving parts and transportation systems. This is not only due to the lightweight of magnesium, as its alloys with aluminum have the strength resistance equivalent to steel. For example, a magnesium alloy beam weighs 3.8 kg is expected to be as strong as a ten kg steel beam of the same size.

magnesium ingot

magnesium ingot

magnesium as the lightest metal with unique metallurgical features has gained great industrial application in different industries. With a density of 1.7 g/m2, magnesium is the lightest metal with the potential to be applied in different industrial productions.

Magnesium`s density is 95 and 460 percent less than that of aluminum and iron and steel, respectively. This unique feature of magnesium has made it a number one metal in the applications such as producing moving parts and transportation systems. This is not only due to the lightweight of magnesium, as its alloys with aluminum have the strength resistance equivalent to steel. For example, a magnesium alloy beam weighs 3.8 kg is expected to be as strong as a ten kg steel beam of the same size.

Magnesium Ingots
Magnesium Ingots

Magnesium`s density is 95 and 460 percent less than that of aluminum and iron and steel, respectively

Magnesium ingots, or "Magnesium Ingots," are a product derived from the element magnesium, the eighth most abundant and common element in nature. Magnesium constitutes approximately 2% of the Earth's crust by weight and is recognized as the third most abundant element in seawater. This element is found in mineral substances and minerals such as dolomite and magnetite, with valid weight percentages.

Magnesium, after iron and aluminum, dedicates itself as the third most abundant metallic element in the Earth's crust and is chemically a highly active element. It can replace hydrogen in water, but it exhibits little or negligible reactivity towards alkali metals, hydrocarbons, alcohols, etc.

Magnesium is not only used as the main material in magnesium ingot production and in the casting process but also draws attention as a catalyst, enhancing the efficiency of many reactions. Additionally, magnesium is part of alloy compositions and is used in alloys for aluminum, zinc, and lightweight steel. A magnesium alloy has lighter compositions compared to aluminum alloy (about 40%), zinc alloy (about 70%), and steel alloy (about 77%), with a production cost approximately 30% less than aluminum alloy.

Examining the chemical and physical properties of magnesium ingots: Advantages and Applications

In this section, the chemical and physical properties of magnesium ingots are explored. These properties make the product appealing for various applications, as outlined below:

1. Low Density: Magnesium ingots, with their low density, enable the production of lightweight components with low weight.

2. High Thermal Conductivity: The thermal conductivity of magnesium ingots is approximately 200 times that of plastic, making it crucial for thermal applications.

3. Low Galvanic Activity: This product has low galvanic activity and creates fewer disadvantages when in contact with other metals.

4. Use as an Initiator for Color Production: Magnesium ingots are used as initiators in color production.

5. High Vibration Damping: This product has much higher vibration damping than aluminum.

6. Solubility in Organic Acids: Magnesium ingots can dissolve in most organic acids.

7. Resistance to Fluoride Compounds and Chemicals: Resistance to fluoride compounds, hydrofluoric acid, alkali hydroxide, etc., are important features of magnesium ingots.

8. Formation of Protective Oxide Films: This product can create protective oxide films, preventing oxidation.

9. High Strength and Resistance: Magnesium ingots have much higher strength and resistance compared to plastic.

10. Greater Impact Resistance: This product has greater impact resistance compared to aluminum alloys.

11. Suitable Manufacturing and Casting Process: The manufacturing and casting process of magnesium ingots is easily achievable, making it suitable for use as the primary material in the production of large-scale industrial components.

Furthermore, Magnesium Ingots have a melting heat 3/2 times that of aluminum and a specific heat 4/3 times that of aluminum. These suitable chemical and physical properties make magnesium ingots an ideal substitute for aluminum in the production of large-scale industrial components.

Purchasing Magnesium Ingots:

Magnesium ingots are available in the market in industrial and laboratory forms. These products are produced and provided to customers in their respective forms. Industrial magnesium ingots are available in barrels, while laboratory-grade magnesium ingots are provided in granular form for consumers.

Tiva Sanat Mahan Mineral Processing Complex is one of the pioneers in the production, purchase, and sale of raw materials for casting and industries related to metals. For the purchase of magnesium ingots and other products related to this metal, you can visit this company. For more information and price inquiries, you can contact the experts of this company through the Tiva Sanat Mahan website. It is worth mentioning that you can receive information related to the global price list of pure magnesium and other products available in the foundry and metal industries from them.

Magnesium Ingot Price (Magnesium Oxide):

Magnesium ingots with various purity percentages are produced and supplied in the market. This product is imported from various countries, including China, Germany, and Russia, to Iran. Pricing is based on the grade and purity of this metal. Additionally, dependence on imports or domestic production also affects its price. Domestic samples, depending on the grade and purity percentage, are priced accordingly. It is essential to note that even small weight percentages used in the formation of magnesium ingots can have an impact on their price. For example, the selling price of magnesium ingots Mg 99.95% is different from Mg 99.80%.

تصاویر