First, in cooking, it is often used for leavening. Such as steaming and baking, adding this product can make the noodles fluffy and taste better. Because of its decomposition, carbon dioxide is emitted, causing many small holes to form on the surface, so it is fluffy. Second, it is also a wonderful use in clearing the air. Because of its low-quality, it can generate anti-pollution such as oil, helping to remove oil stains. It can be used for cooking stoves, oily floors, etc. A little wiping can make the stains easy to remove and recover. And this product is more natural, friendly to the environment, and less harmful. Third, it also has certain uses in terms of nutrition. It can solve the problem of too much stomach acid. For stomach acid, the main component is acid, and the opposite of carbonic acid, which generates chlorination, water and carbon dioxide, which can neutralize stomach acid and make the stomach feel bad. Fourth, it can be used as a surface application for some plants. The amount of use can reduce the acidity of plants, inhibit the growth of pathogens to a certain extent, help plants grow healthily, and improve the amount of crops. Of course, super-carbonated acid has many uses, and plays an important role in many aspects of life and life.

Sodium Bicarbonate Superfine is a kind of sodium bicarbonate, which is quite different from ordinary sodium bicarbonate. First of all, its particle size. The particle size of Sodium Bicarbonate Superfine is very fine, just like the finest powder, which can be inserted into the subtlety and its effect is easier to play. The particle size of ordinary sodium bicarbonate is relatively coarse, and it is insufficient in some scenarios that require fine operation. For example, in the pharmaceutical field, drug preparation often requires very fine raw materials, and Superfine Sodium Bicarbonate can meet this requirement, resulting in better drug uniformity and better quality; while ordinary people may be difficult to meet this standard. Second, its reactivity. Sodium Bicarbonate Superfine has a high reactivity due to its small particle size and large specific surface area. When exposed to acid and other reactants, it can react violently in an instant and produce gas quickly. In food baking, this leavening agent can make cakes expand rapidly and taste softer. The reaction speed of ordinary sodium bicarbonate is slightly slower, and the effect of making cakes or leavening is slightly inferior. Furthermore, the purity is also different. Sodium Bicarbonate Superfine is purified with high purity and few impurities. In high-end chemical, electronic and other industries with strict purity requirements, this characteristic is extremely critical to ensure product quality and performance stability. The purity of ordinary sodium bicarbonate may be difficult to reach such a high level, which may lead to many problems in such industries. Sodium Bicarbonate Superfine has unique advantages over ordinary sodium bicarbonate in many specific fields due to its fine particle size, high reactivity and high purity, and can meet more stringent needs. It has unique uses in all aspects of industry and life.

Sodium Bicarbonate Superfine is ultra-fine sodium bicarbonate, and its production process is very delicate. To make this product, the first thing to do is to select high-quality raw materials to ensure the purity of the texture. The initial raw material of sodium bicarbonate needs to be carefully screened to remove its impurities and retain its essence. Then, the raw material is placed in a specific reactor, and the appropriate temperature and pressure are applied. In this environment, delicate chemical reactions occur between the raw materials, and the embryonic form of sodium bicarbonate is gradually formed. In this process, the control of temperature is particularly critical. If it is slightly higher, the reaction will be too fast, or the product will be impure; if it is slightly lower, the reaction will be slow and time-consuming. When the reaction is initially completed, the obtained product needs to go through many fine processes. The first is grinding, which uses special grinding equipment to grind the product to an extremely fine level, reaching the ultra-fine standard. When grinding, the strength and duration need to be just right to make the particles uniform and fine in texture. Furthermore, for screening, with the help of precision screening equipment, the particles that do not meet the ultra-fine specifications are screened out, and the products with accurate particle size are retained. The accuracy of screening is related to the quality of the final product and cannot be wrong at all. Finally, strict quality inspection of the finished product is required. There are many testing items, including purity, particle size distribution, moisture content, and many other aspects. Only when all indicators meet the strict standards can high-quality Superfine Sodium Bicarbonate be produced. The entire production process is interconnected, and every step contains the wisdom and exquisite skills of craftsmen, so as to create this excellent quality of ultra-fine sodium bicarbonate.

Sodium Bicarbonate Superfine is also a fine sodium bicarbonate. When storing and transporting, many matters should be taken with care. First, the storage place must be dry and well ventilated. This is because sodium bicarbonate is easy to absorb moisture and deliquescence. If the environment is humid, the quality will change. If it is placed in a dark and humid place, such as a cellar, it may turn into a wet block for a long time, losing its original nature and unusable. Second, temperature is also the key. It should not be stored in a high temperature place, high temperature is easy to cause its decomposition. If it is placed in a house exposed to the hot sun, or near a fire source, sodium bicarbonate will gradually decompose, damaging its active ingredients. In general, it is advisable to store at room temperature to ensure the stability of its chemical properties. Third, when transporting, the packaging must be strict. When in a sturdy and sealed container to prevent it from leaking due to bumps and collisions on the way. If the packaging is damaged, not only will the material be at risk of loss, but it will be scattered outside, or the surrounding objects will be defaced. Fourth, be careful when coexisting with other things. Do not store and transport with acids and other substances that can react violently with them. Such as sulfuric acid, hydrochloric acid, etc., if in contact with it, it will cause intense transformation or dangerous state, such as gas eruption, container explosion, etc. All of these are to be kept in mind when storing and transporting Superfine Sodium Bicarbonate, so as to ensure its quality and safety.

For Sodium Bicarbonate Superfine, its quality standard is very important. This is the key to many applications. Its purity is one, and it needs to reach a very high level. Generally speaking, the impurity content should be minimal to ensure that other undesirable factors are not introduced in various applications. Purity is often measured in percentage accuracy, and high purity can meet the needs of high-end applications. Particle size is also a key factor. For ultrafine, the particle size should be extremely fine and uniform. Fine grain can increase the contact area of sodium bicarbonate when it participates in the reaction, and the reaction is more rapid and sufficient. Uniform particle size distribution can ensure its performance is stable, and the effect will not be uneven due to particle size differences. In terms of whiteness, there are also strict requirements. White color, characterized by its purity and good appearance quality. This is particularly important in food, medicine and other fields with high expectations for appearance. Moisture content must be precisely controlled. An appropriate amount of moisture can maintain its physical properties stable; however, if there is too much moisture, it is easy to cause agglomeration and deterioration, which affects its performance and storage life. Furthermore, harmful impurities such as heavy metal content must be strictly limited. For food and medical purposes, this is related to the health and safety of the user, and there is no room for sloppiness. The production of Sodium Bicarbonate Superfine requires strict process specifications and close interlocking of all links to ensure that the products produced meet the above quality standards in order to be recognized in the market and widely used in various fields, such as food processing, pharmaceutical manufacturing, chemical production, etc.