Magnesium Chloride Flake has a wide range of uses. In the field of industry, it is mostly used to make magnesium refractory materials. Magnesium refractory materials are crucial in the metallurgical industry. For example, in the steelmaking process, they can be used as the lining of the steelmaking furnace. Because they can withstand high temperatures and have good corrosion resistance, the steelmaking furnace can operate stably and improve the quality of steel. In terms of building materials, Magnesium Chloride Flake can participate in the preparation of magnesium cement. Building plates made of magnesium cement have many advantages such as light weight, high strength, fire protection, and sound insulation. They are often used in building parts such as partitions and ceilings, which can effectively improve building performance. On top of agriculture, magnesium chloride is also useful. Magnesium is an essential nutrient for plant growth. Appropriate application of magnesium chloride-containing fertilizers can supplement magnesium in soil, promote plant photosynthesis, enhance plant disease resistance, make crops grow luxuriantly, and improve yield and quality. In the field of chemical production, it is an important chemical raw material and can be used to prepare other magnesium compounds. Many magnesium compounds play a key role in the pharmaceutical, electronic and other industries. For example, some magnesium compounds are used in drug preparation to assist in the treatment of diseases; in the electronics industry, they can be used as raw materials for the production of electronic components. In addition, in the manufacture of snow melting agents, scaly magnesium chloride also has a place. It can reduce the melting point of snow, make road snow melt quickly, and ensure the safety and smoothness of road traffic in winter.

For Magnesium Chloride Flake, its Quality Standard is particularly important. To observe this material, the main thing is purity. If it is pure, it should be less disturbed by impurities. If there are too many impurities, it will hinder many uses. For example, in industrial manufacturing, impurities or reactions are not smooth, and product quality is difficult to achieve high quality. Second, it is related to water content. Moderate water content can ensure its performance is stable. If there is too much moisture, it is easy to cause deliquescence, and its shape and properties may change. For storage and transportation, it also adds a lot of inconvenience. Too little moisture may affect its role in some reactions. Furthermore, particle size is also one of the considerations. The shape of the flake, its size, thickness should be appropriate. Too large or too small particle size, in mixing, dissolution and other operations, have different effects. Large grains, or slow dissolution; small grains, although easy to dissolve, or dust and other problems, in the production environment and operation safety are related. Complex chemical properties. Its pH is within a certain range, which is related to its compatibility with other substances. If the pH is improper, when mixed with other chemicals, it may cause adverse reactions and damage the overall effect. As for the appearance, when the color is uniform, there is no obvious foreign matter mixed in. In this way, the Quality Standard of square Magnesium Chloride Flake can be properly applied in various industries to achieve its success.

For Magnesium Chloride Flake, there are several ends that should be paid attention to during storage and transportation. The first word is to store, when placed in a dry place. Covered magnesium chloride is hygroscopic. If it is placed in a humid place, it is easy to absorb moisture and cause deliquescence. For example, if it is placed in an open and wet place, it will soon melt and lose its flaky shape. This is detrimental to the quality, so it is necessary to choose a dry warehouse for storage. Times and temperature. It is advisable to avoid high temperatures. Under high temperatures, magnesium chloride may cause chemical changes that affect its inherent properties. And if the temperature is too high, it may also cause the crystal water it contains to dissipate and change its chemical composition. Therefore, the temperature of the storage place should be controlled at an appropriate value. As for the transportation, the packaging must be strict. To prevent the package from being damaged due to vibration and collision. If the package leaks, the magnesium chloride will come into contact with the outside moisture, and the danger of deliquescence will come quickly. And when handling, it should be handled with care and not recklessly, so as not to damage the package. Furthermore, during transportation, it should also be soaked in rainproof water. Once it rains, the rainwater seeps into the package, and the magnesium chloride will quickly deliquesce and lose its quality. Therefore, the transportation vehicle should be covered with rain-shielding equipment, such as tarpaulin, to ensure that there is no risk of water stains on the way. In this way, the quality of Magnesium Chloride Flake can be guaranteed when storing and transporting it.

When mixing Magnesium Chloride Flake with other things, there are various matters to be paid attention to. First, the properties of the things must be carefully reviewed. Magnesium Chloride Flake has deliquescence and is easy to absorb moisture from the air. Therefore, when mixing, if other things are also sensitive to humidity, they must be operated in a dry environment to prevent it from changing due to moisture and causing uneven mixing. In case of highly hygroscopic things, consider the method of isolating moisture before mixing. Second time, the method of mixing is also important. The speed and duration of stirring can affect the effect of mixing. If you stir too quickly, or cause some things to dissipate; if it is too slow, it will be difficult to mix evenly. The degree of stirring must be determined according to the quantity and physical properties. And the stirring equipment is also exquisite, the material is improper, or it reacts chemically with Magnesium Chloride Flake, which damages the mixed matter. Furthermore, the temperature is also the key. Magnesium Chloride Flake may have different states at different temperatures, and its interaction with other things is also different. Under high temperature, there may be a risk of volatilization and decomposition; at low temperature, it may be difficult to mix. Therefore, it is necessary to know the appropriate temperature of each thing and maintain a stable temperature to mix. Also, the proportion of the mixed matter must be accurate. The proportion is inappropriate, or it is difficult to achieve the expected effect. When preparing the medicine, the amount of flaky magnesium chloride does not match, or the effect of the medicine is not good, or even harmful. Therefore, when measuring, use a precise device and prepare it according to the prescription. At the end, after mixing, it must also be properly stored. Take into account the temperature, humidity, light and other factors of the storage place to prevent its deterioration. For example, after mixing Magnesium Chloride Flake with some substances, it is sensitive to light, and it should be stored in a place protected from light. In this way, the mixed substance can be kept stable for a long time and used to its fullest extent.

The process of making Magnesium Chloride Flake in ancient times, although there is no scientific detail today, there is also a method to follow. If you want to get Magnesium Chloride Flake, you should first look for its source. Magnesium chloride is often born in salt lakes, seawater, etc. First take the brine solution containing magnesium chloride. This brine solution may be mixed with all kinds of impurities, so it needs to be cleaned. The ancient method, or the technique of precipitation, is to throw alum and other substances into the brine solution to settle the impurities and clear the liquid. After the liquid is cleaned, the work of concentration is carried out. Boil the brine solution slowly in the kettle with fire to make the water gradually disappear. The size of the fire must be carefully adjusted. If the fire is fierce, the liquid will be splashed and damaged, and if the fire is small, it will take too long. When the liquid thickens, it seems to be condensed but not condensed, it stops boiling. Then make a sheet. The concentrated liquid can be poured into a flat plate and other utensils, allowing it to cool naturally. Because magnesium chloride has hygroscopicity, it is better to place it in a dry place at this time, so that it can be slowly formed into a sheet. Or there is a molder who preforms a sheet-like mold, pouring the liquid into it, and waiting for it to be condensed and formed, so that a sheet-like magnesium chloride with a more uniform shape can be obtained. After it is made, it should be well stored. Store it in a closed container to prevent it from being damp and hygroscopic, causing changes in its properties. Although the ancient craftsmanship may be different from today's, the basic principles are to remove impurities, concentrate, shape, and preserve, in order to obtain a suitable Magnesium Chloride Flake.