| Customization: | Available |
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| Customized: | Customized |
| Certification: | ISO |
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Overview of Negative Potential Magnesium Balls
Negative potential ball, also known as negative potential energy ball, negative potential ceramic ball, negative potential mineralization ball, negative potential activation ball, and negative potential antioxidant ball. It is generally used to reduce the negative potential of water and create a visual detection method for weakly alkaline water negative potential balls
Physical and chemical properties and effects of negative potential spheres
Specification diameter: 3-4mm, 5-6mm
Physical and chemical indicators: resistance to pressure 4kgf, porosity 39%, bulk density 1.1g/cm3, wear rate<1%, Mohs hardness 5
1. Take a certain amount of negative potential balls and soak them in a glass with water. The water quality is clear and free of flocs and precipitates.
2. Take an empty mineral water bottle, put several tens of grams of negative potential ball into it, then fill it with tap water and tighten the bottle cap*** Opening the bottle cap, the bubbles in the bottle suddenly intensified and emerged in large quantities from the bottom of the bottle.
3. If there are obvious green algae in the fish tank, the water will become green and turbid. Add an appropriate amount of negative potential balls, and after a few days, the green algae will disappear, the water quality will become clearer, and the fish will survive more happily.
4. Iodine test: Iodine was added dropwise to both pure water and water soaked in negative potential balls. The result showed that the color of pure water turned yellow, while the negative potential water remained transparent and clear.
The function of a negative potential ball
1. The pH value of negatively charged water is alkaline, which is beneficial for balancing the lactate produced by physical exertion;
2. The content of calcium and magnesium ions in water with negative potential is relatively high, which is a beneficial element for human health;
3. Due to the high solubility and strong permeability of negatively charged water, it has a certain emulsifying ability towards fats and oils, which is beneficial for alleviating symptoms such as high blood lipids, high cholesterol, and high blood viscosity caused by high protein and high calorie diets;
4. More importantly, low or negative potential water (ORP ranging from 0 to negative 200mv) keeps cells vibrant and healthy, helping the body eliminate harmful chromate, nitrite, heavy metals, and inert metals. Due to these factors and their combined effects, negative potential water has become a healthy drinking water.
5. Water with negative potential can also inhibit microbial growth, including the growth of bacteria, algae, and other microorganisms. Can be used in farms, large aquariums, swimming pools, etc.
1, Basic concepts of magnesium balls and lightly burned magnesium balls
Magnesium ball refers to a spherical metal material made mainly of magnesium, with a certain amount of aluminum, manganese, zirconium, iron, silicon and other elements added, and produced by vacuum melting casting, gas protection melting casting and other methods. Magnesium balls have the characteristics of light weight, high strength, good damping, and large energy storage, and are widely used in aerospace, metal casting, explosion-proof equipment, industrial chemical products, and other fields.
Light burned magnesium balls refer to spherical materials made by processing magnesium ore through sintering, dehydration, and other processes. They have the characteristics of high purity, low impurities, and uniform particle size, and are an important high-performance metal reduction powder. Light burned magnesium balls have the characteristics of high strength, low thermal expansion coefficient, high temperature resistance, and good thermal conductivity, and are widely used in fields such as metal casting, high-temperature wear-resistant coatings, flame retardant materials, and electric heating materials.
2, The difference between magnesium balls and lightly burned magnesium balls
1. Different material sources: Magnesium balls are mainly based on metallic magnesium, while lightly burned magnesium balls are made through processes such as dehydration and sintering of magnesium ore.
2. Chemical composition differences: Due to different material sources, the chemical composition of magnesium balls and lightly burned magnesium balls also varies. Magnesium balls contain elements such as aluminum, manganese, zirconium, iron, and silicon, while lightly burned magnesium balls have the characteristics of high purity and low impurities.
3. Different application fields: Compared to ordinary magnesium balls, lightly burned magnesium balls are more excellent in metal casting, high-temperature coatings, flame retardant materials, and electric heating materials, while ordinary magnesium balls are more commonly used in aerospace, explosion-proof equipment, industrial chemical products, and other fields.
3, Advantages and limitations of lightly burned magnesium balls
Due to its high purity, low impurities, and uniform particle size, lightly burned magnesium balls have higher advantages in some special application fields, such as high-temperature coatings, flame retardant materials, and electric heating materials. On the other hand, light burned magnesium balls also have some limitations, such as high production costs and difficult processing, which need to be addressed in a targeted manner.
| Size | 3-4mm | .5-6mm |
| Density | 1.1g/cm3 | 1.1g/cm3 |
| Hardness | Mohs 5 | |
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