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Magnesium iron comes in various forms as a product. Some are as products, while others are materials used in making products.
Here are some types:
Magnesium alloy with iron
These are metal mixtures mostly used in manufacturing, construction, and aerospace. It is lauded because it does not rust easily. It also adds to structural integrity.
Magnesium sulfate
This is a chemical compound that consists of magnesium, sulfate, and water. This compound is widely used in agriculture, medicine, and industry.
Magnetite iron
As mentioned before, magnetite is a naturally occurring mineral and a major source of iron. It has both magnesium and iron. It has as much as 28% magnesium.
Sphalerite
Sphalerite is also a mineral known as zinc blende or blende. It contains iron, zinc, and magnesium. It is the chief ore for zinc extraction.
Olivenite
It is a copper and iron mineral. It sometimes contains magnesium as an impurity within the olivenite crystal structure.
Iron-ore hematite
Is a mineral form of iron oxide with no magnesium. But it sometimes contains small amounts of magnesium. This is magnesium iron oxide.
Chromite
Chromite is the only ore of chromium. It consists of chromium, iron, and magnesium. It sometimes contains small amounts of magnesium iron oxide.
The durability of magnesium iron products depends largely on the material property and the way it was made. For instance magnesium alloys are stronger and more corrosion resistant than others.
Here are some of the more specific ways in which buyers can choose durable products:
Corrosion resistance
Iron is prone to corrosion but is usually mixed with magnesium to resist corrosion. Look for magnesium iron products that come with surface treatments like anodizing or coating. They also help prevent corrosion and increase durability.
Quality and certifications
Quality certifications are not only for products but also for materials. Only certified magnesium iron materials will be used in making magnesium iron products with the desired durability. Check for certifications like ISO or ASTM. They are usually quality indicators.
Manufacturing processes
Magnesium alloys undergo heat treatments that increase their strength and resistance to wear and tear. These processes help to increase the durability of magnesium iron products.
Magnesium alloy type
There are several types of magnesium alloys used to make magnesium iron products. Zirconium alloys offer better corrosion resistance. Lantanum alloys increase the strength of the magnesium alloy. Rare earth element alloys also increase resistance to corrosion and wear.
Iron alloy type
Like magnesium, alloys of iron come in different types. Each has the potential to increase or decrease the durability of magnesium iron products. For example, carbon steel is more durable than other iron alloys.
There are several industrial applications of magnesium iron.
Pharmaceutical industry
Magnesium iron is usually a component of medicine. It is mixed with other minerals to help treat anemia and boost body mineral content.
Agro industry
Magnesium iron sulfate is used commonly in agriculture as a soil treatment. It improves crop yields by ensuring that the crops have enough nutrients. Farmers use MgFe to give crops nutrients that help boost their yield MgFe helps treat magnesium iron deficiency in plants.
Food industry
In the food industry, magnesium iron is used as a nutrient supplement. It is added in small amounts to food to prevent mineral deficiencies. Magnesium iron can also be found in food packaging. It helps preserve food by preventing spoilage.
Aerospace
The aerospace industry uses magnesium iron alloys. It is prized because of its high strength-to-weight ratio.
Automotive
buyers see magnesium iron alloys in the automotive industry. Manufacturers use them for lightweight components.
Construction
The construction industry use large amounts of magnesium iron. It is especially popular for its resistance to corrosion. It also has a long lifespan.
Electronics
The electronics industry is yet another industry that beneficiaries magnesium iron alloys. They are used in making housings, casings, and various electronic parts.
Nutrient-rich
Magnesium iron products are rich in two of the most important human body minerals. They are commonly used as supplements for patients who have mineral deficiencies.
Corrosion resistance
Magnesium iron alloys have corrosion-resistant properties. These alloys are used in many industries. For example, the automotive and construction industries use magnesium iron alloys because of their corrosion-resistant properties.
Lightweight
Magnesium is the lightest metal after aluminum. This makes magnesium iron products much more lightweight than their alternatives. This makes them easier to handle and transport.
High strength
MgFe alloys and products have high strength-to-weight ratios. This is especially useful in aerospace and automotive applications. This is because the need for materials with high strength but low weight ratios is particularly high in aeronautics and automotive applications.
Thermal stability
Users also enjoy better thermal stability of magnesium iron products. Magnesium alloys have better thermal stability than other metals. This means magnesium iron products are ideal for high-temperature applications.
Non-toxic
Unlike other metals, magnesium alloys don't have toxic heavy metals. That's why they are the go-to choice for industries that need non-toxic, eco-friendly materials.
Malleable and ductile
Magnesium iron alloys offer good malleability and ductility. This allows manufacturers to mold them into different shapes and sizes for various applications.
Magnesium and iron are good together in most products. They are used together in a variety of products. For example, magnesium iron alloy is a common material in manufacturing, construction, and aerospace products. Magnesium improves the corrosion resistance of iron. While iron improves the strength of magnesium.
Magnesium iron products are very good for human health. They are popular for treating mineral deficiencies in humans. For example, magnesium iron supplements help boost mineral content in the human body. This helps to treat or prevent deficiencies in magnesium and iron.
While it is tough, corrosion-resistant, and has a high strength-to-weight ratio, magnesium steel cannot fully replace stainless steel. Although it doesn't rust like stainless steel, magnesium steel is less durable and has less moisture resistance than stainless steel. Besides, stainless steel is better for applications that are prone to corrosion.