Mica Process

Mica Process

Mica Process

Which material factors determine the choice of Mica Process Machine?

We need to determine the raw ore size, hardness, metal minerals, and whether it is a flammable or explosive material. In addition, we must determine the humidity of the material, as well as other possible chemical reactions. From the structure, it is easy to see that the latter is an ultra-fine powder processing equipment designed to process non-flammable and explosive materials with a Mohs hardness of less than 9 and a humidity of less than 6%.

                                  

We all know that there are many factors to consider when choosing a Mica Process Machine. The key factor is the physical properties of the material to be ground. We need to determine the raw ore size, hardness, metal minerals, and whether it is a flammable or explosive material. In addition, we must determine the humidity of the material, as well as other possible chemical reactions. The reason why you need to pay attention to the physical and chemical properties of materials is because you need to choose the right Mica Process Machine, not only to produce qualified products, but also to improve production efficiency, and also avoid the choice of grinding equipment. Suitable, resulting in a safety incident. Let's take a look at what factors determine the choice of grinding equipment. Here we will take the Mica Process Machine as an example to highlight.

There are two main series of Mica Process Machines produced by Shanghai Shibang, namely T130X reinforced Mica Process Machine and SCM series Mica Process Machine, which can grind materials to crush, for example, the latter can grind materials to 325-2500 mesh, which can be adjusted, according to the requirements of production, adjusted to the corresponding range, can produce the corresponding fineness of the product. So how do you choose a Mica Process Machine for different materials? Usually, we need to consider the hardness, wear and humidity of the material. For example, when the hardness of the material is too large, we choose to handle the Mica Process Machine with less hardness, which will cause very much to this Mica Process Machine. Large damage, and the production efficiency will also be low, and the yield of the material produced will be greatly reduced.

We also know that the different grinding equipments have different structural compositions. For example, the MTM series mill center frame ZG270-500, which is also a Mica Process Machine, is screwed to the base HT200, while the t130X series Mica Process Machine The main shaft and the reducer are connected by a coupling, and are fixed on the bearing cylinder by three sets of bearings, and the bearing cylinder is fixed on the base. In this way, the materials they are suitable for processing are not different. From the structure, it is easy to see that the latter is an ultra-fine powder processing equipment designed to process non-flammable and explosive materials with a Mohs hardness of less than 9 and a humidity of less than 6%. If the hardness is higher than grade 9, you need to choose other types of Mica Process Machine. If the material is flammable and explosive, you can consider the vertical grinding equipment. Because the vertical mill is equipped with an explosion-proof system, it can pass when the material is abnormal. Protection equipment such as explosion-proof valves to avoid accidents. So if the humidity of the material is greater than 6%, what effect will we have if we still choose a Mica Process Machine?

When the humidity of the material to be milled is greater than 6%, we generally choose to use the drying equipment to dry the material, or choose the Mica Process Machine with the drying system, but the principle is the same, but also the first drying. Fine powder. If the material with too high humidity enters the Mica Process Machine, the inner wall of the grinding equipment is thickened due to the continuous attachment of the grinding material, which affects the operation of the equipment, and may even cause the equipment to stop and affect the transmission efficiency of the powder. It will cause the material to be blocked after the material is discharged or the system will block the air duct, the analysis machine and the discharge port. Therefore, in the choice of Mica Process Machine, the humidity of the material is a very important physical factor. If it is not properly selected, it may cause huge losses, especially attention.

It is also worth mentioning that the Mica Process Machine generates a lot of heat when grinding the material, and the Mica Process Machine is a particularly high-tightness device. There is a large amount of heat in the sealed space, which will cause a sudden rise in local temperature. Therefore, for materials with excessive humidity and flammable and explosive materials, it is necessary to be extra cautious when choosing a Mica Process Machine. And we know that the temperature inside the mill cavity is too high, the airflow pressure will also increase, and the powder material is generally transmitted and circulated in the various systems of the mill with the airflow. When the airflow pressure is too large, it will appear. If the powder is abnormal, the material of the mill will be seriously unqualified. This tells us once again that even for Mica Process Machines, even for the types of materials that can be ground, we need some physical properties of the main material, such as humidity. If we choose improperly, it will cause the production to fail, or even cause equipment damage or accidents.

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