The role of Magnesium in the human body

Magnesium is the fourth most common mineral element in the human body;
Magnesium has anti-inflammatory effects, activates vitamins, and regulates innate immunity. It also plays a crucial role in nerve transmission and neuromuscular conduction. Additionally, magnesium aids in infection resistance.
The primary sources of magnesium supplementation for humans are food (25%), medications (20%), and magnesium nutrients (55%).

The role of Magnesium in animals

Magnesium can promote growth and improve immunity. It is a component of bones and teeth, an activator of various enzymes, and involved in sugar and protein metabolism. Magnesium ensures the normal function of nerve and muscle organs, regulates and resists stress. It also improves taste and texture. Magnesium has antioxidant properties.
The main way to supplement magnesium in animals is to add magnesium feed additives to their feed.

The role of Magnesium in plants

Magnesium is an essential and irreplaceable nutrient element for crop growth. It is the core atom of chlorophyll and improves the efficiency of photosynthesis. Plants lacking magnesium have significantly weaker resistance to sunburn and are prone to sun damage. Magnesium promotes the transport of sugars and amino acids in plants and facilitates the conversion of enzymes within them. It also enhances the utilization efficiency of nutrients such as nitrogen, phosphorus, and potassium, thereby increasing yield and improving quality. Magnesium effectively transports carbohydrates to the roots of plants, ensuring adequate energy supply. It serves as an "elevator" to guarantee sufficient nutrient supply to the upper parts and fruits of plants. Additionally, magnesium reduces the occurrence of pests and diseases, and mitigates the harmful effects of heavy metals such as aluminum on crops and soil.
The primary source of magnesium supplementation for plants is the rational use of magnesium fertilizers.

The role of Magnesium in industry

Magnesium-based functional materials refer to magnesium oxides, magnesium salts, and other related compounds that play irreplaceable roles in various industries.
Magnesium oxide, a widely used inorganic compound, is the raw material to produce magnesium material. It has high refractoriness, insulation, and bonding properties. Magnesium oxide is widely used in the refractory, ceramic, building materials, fine chemicals, environmental protection, catalysis, flame retardants, electronics, textiles, rubber, paper making industries and so on.
With the demands and development of industrial upgrading and high-tech functional materials markets, a series of high-precision magnesium oxide products such as high purity magnesium oxide and nanometer magnesium oxide have been widely used in industrial applications. These products are mainly used in high-grade lubricants, high-grade tanning, silicon steel grade, high-grade electromagnetic grade, high purity magnesium oxide, and nanometer magnesium oxide.
Magnesium salts are diverse and include mainly magnesium sulfate, magnesium chloride, magnesium nitrate, magnesium carbonate, magnesium hydroxide, magnesium acetate, magnesium borate, magnesium citrate, and so on. In addition to their agricultural and medical uses, these salts also have a wide range of applications in industry. They can be used as modifiers to improve surface roughness, corrosion resistance, and wear resistance. Magnesium salts can also act as purifiers, inert binders, chemical auxiliaries, and so on.