46% Yellow Magnesium Chloride Prill have a wide range of uses. In the industrial field, this magnesium chloride particle has significant uses. First, in the metallurgical industry, it can act as a flux. Just like ancient metallurgy, it is often necessary to rely on specific additives to optimize the smelting process. This yellow magnesium chloride particle is like an ancient melting aid, which can reduce the melting point of ore, make it easier for metal to separate from ore, improve smelting efficiency and metal purity. Second, in the chemical industry, it is the basic raw material of many important chemical products. For example, the preparation of other magnesium compounds, just like the ancient use of basic materials to refine various utensils, starting with it, can be chemically reacted to produce a variety of magnesium salts, which are used in different chemical branches. In the construction industry, it is also indispensable. It can be used to make magnesium cement. This magnesium cement is like a special adhesive used in ancient buildings, with good fire resistance and wear resistance. It can be used to produce building materials such as fireproof boards and lightweight partition boards, which can enhance the fire resistance and structural strength of buildings and ensure the safety and stability of buildings. It is like a key material for building strong city walls in ancient times. It also has its uses in agriculture. It can be applied to soil as a magnesium fertilizer. Magnesium is an essential nutrient for plant growth, just like ancient farmers carefully cultivated crops to provide nutrients. The application of magnesium fertilizer made of this magnesium chloride particle can effectively supplement the magnesium element in the soil, promote the synthesis of plant chlorophyll, enhance plant photosynthesis, and improve crop yield and quality. In addition, it can also play a role in the field of road snow melting. In winter, the snow on the road, sprinkled with this yellow magnesium chloride particle, can reduce the freezing point of the snow, make the snow melt quickly, and ensure the smooth flow of the road. Just like in ancient times, road obstacles were cleared for traffic to maintain smooth traffic.

The quality standard of 46% Yellow Magnesium Chloride Prill is quite complicated. First and foremost, the purity is very important, the 46% content needs to be accurate and correct, and the impurity content must be strictly controlled. Magnesium chloride is very easy to deliquescence, so there are clear requirements for its water content. If it is too high, it is easy to agglomerate and affect the use. Looking at its appearance, it is yellow granular, and the particle size should be relatively uniform, so as to ensure the fluidity and dispersion of the product, which is easy to use in different scenarios. In terms of chemical properties, its pH should be maintained within a specific range to avoid corrosion or other chemical reactions to the substances it comes into contact with. The content of heavy metals must also be strictly limited. If it exceeds the standard, it will endanger the environment and human health. In addition, product stability is also the key. Under conventional storage conditions, its chemical and physical properties should be maintained for a long time. In industrial applications, such as the manufacture of magnesite products, it is necessary to ensure that its reaction performance with other raw materials is good, so that the product has sufficient strength and durability. When using snow melting agents, it is necessary to consider its impact on roads, vegetation and the environment, and meet environmental protection requirements. In agriculture and other fields, the requirements for its various indicators also vary depending on the use. It must strictly comply with the corresponding industry standards and norms to ensure its safe and efficient use in various fields.

46% Yellow Magnesium Chloride Prill this product, compared with his congeneric product, its advantages are obvious. First of all, its purity, 46% purity, just like fine gold and jade, among many similar types, can be said to be outstanding. High purity makes it more effective when applied. In terms of industrial use, it can reduce the obstacles caused by impurities and make the reaction smoother, such as skilled craftsmen using sharp blades, cutting and carving are satisfactory, which greatly improves the efficiency of production, and the quality of the product is also guaranteed, no impurities are disturbed, and the quality is better. Furthermore, its shape is Prill, which is spherical, which is convenient for storage and transportation. Such as pearl jade in a string, orderly, not easy to scatter and wear. When storing, the space occupied is regular, and the storage place can be used efficiently; when transporting, it has strong stability and can avoid many inconveniences caused by irregular shapes. It is like a marching array, neat and orderly, reducing the risk of accidents. Looking at its color as Yellow, this is not just a beauty of appearance, which is really meaningful. A specific color or implies its special composition or treatment process, in some application scenarios that require color, such as dyeing assistance for special materials, etc., can be accurately adapted, just like a tailor-made garment, fit and fit, adding unique value to the product. In summary, 46% Yellow Magnesium Chloride Prill compared with congeneric products, with its excellent purity, convenient shape and unique color, it shows advantages in many fields, which is a rare good product.

The storage conditions of 46% Yellow Magnesium Chloride Prill are crucial. This magnesium chloride should be placed in a dry, cool and well ventilated place. Cover because of its hygroscopicity, if it is in a humid environment, it is easy to deliquescent and deteriorate. It should be stored in a clean and dry warehouse. The floor of the warehouse must be raised to prevent the erosion of ground tide gas. And it should not be stored in a room with easily deliquescent materials, nor should it be adjacent to acids and alkalis, so as not to damage its quality due to chemical reactions. For storage temperature, room temperature is appropriate, and it should not be exposed to high temperature. High temperature can easily cause physical or chemical changes in magnesium chloride particles, affecting their quality. When storing, also pay attention to the integrity of the package. If the package is damaged, it should be replaced or repaired in time to prevent the intrusion of external moisture and impurities. And during storage, it needs to be checked regularly to see if it has deliquescence, agglomeration or deterioration. If there is any abnormality, it must be dealt with in time. In this way, the quality of 46% Yellow Magnesium Chloride Prill is stable during storage for future needs.

The preparation process of 46% Yellow Magnesium Chloride Prill is very delicate. The first is the method of brine concentration. First take the brine rich in magnesium chloride, which may come from salt lakes, salt wells, or by-products of seawater drying salt. Introduce the brine into a special concentrator and simmer it slowly to evaporate the water gradually, and the concentration of magnesium chloride gradually increases. During this process, careful temperature control is required. If the temperature is too high, magnesium chloride may decompose. If it is too low, it will take a long time and the efficiency is low. The second is the removal of impurities. Brine often contains many impurities, such as calcium, sulfate, etc. To remove calcium, an appropriate amount of sodium carbonate can be added to make calcium precipitate in the form of calcium carbonate; to remove sulfate, barium chloride is added to make sulfate form barium sulfate precipitation. After the precipitation is formed, it is separated by a fine filter or sedimentation method to ensure the purity of the brine. Furthermore, it is the art of crystallization and granulation. After concentrating and removing impurities, the brine is moved to the crystallizer, slowly cooling, and promoting the crystallization of magnesium chloride. At the same time, stirring with a specific instrument makes the crystallization uniform and the particle size is uniform. The precipitated crystals are centrifuged and dehydrated to remove excess water, and then dried in a drying furnace at a suitable temperature to obtain magnesium chloride particles. As for its yellow color, or because the brine contains trace amounts of chromogenic elements, such as iron compounds, although the removal of impurities, there are still very small residues, in the magnesium chloride crystallization process, combined with it, resulting in yellow particles. The entire preparation process requires the craftsman to be careful and control the details of each link to obtain the 46% Yellow Magnesium Chloride Prill.