2 thoughts on “What is the particle size of 3000 Mu Yunmu powder?”
Jack
The detailedness of the 3000 destination will be below 5 microns. This number refers to the particle size or thickness of the material. Generally defined refers to a sieve network within a 1 -inch * 1 -inch area. The material can be defined as the number of pores through the sieve network. For example, the 200 mesh is a sieve with a mesh of 200 mesh within 1 inch * 1 -inch. Based on this type, the larger the messenger, the thinner the granularity of the material; the smaller the mesh, the larger the grain size of the material. The sieving particle size is that the particles can be expressed by the sieve of a sieve of 1 inch (25.4mm) width through the screen size of the sieve mesh, which is therefore called the number of mesons. The specifications of standard sieves in various countries are different. The commonly used Taylor system is based on the number of holes per inches, which is called the eye. For example, 100 destination sieves indicate 100 sieve holes per inch screen.
The relevant information The countries have formulated different standard sieves. Standard sieve is a sieve with a certain percentage of a set of sieve holes, the diameter of the sieve holes and the diameter of the sieve wire according to the standard. The size of the sieve is gradually changing in a certain proportion. The size of the sieve per level decreases according to the geometric number, such as 21/4 or 101/10. Different countries, industries or enterprises have different technical standards for sieve network specifications.
Therefore, the purpose of the purpose is not uniform. Number of sieves in Germany/CM2. Tyler (Tyler) sieve with holes/inches as sieve. Japan and France also have their own regulations. The international standard (ISO) sieve is similar to the Taylor sieve in the United States, with the "holes/inch" as the sieve; the size of the sieve is reduced by 21/2, and the size of the sieve is marked on the sieve frame.
The so -called number of mesh refers to the particle size or thickness of the material. Generally defined refers to a sieve network within a 1 -inch*1 -inch area. The material can be defined as the target through the sieve network. For example, the 200 mesh is a sieve with a mesh of 200 mesh in 1 inch*1 -inch. Based on this type, the larger the number of meters, the thinner the grain size of the material; the smaller the mesh, the larger the grain size. The sieving particle size means that the particles can be represented by the sieve in the sieve of 1 inch (25.4mm) width through the screen size of the sieve network, which is therefore called the number of items. If 3000 goals can be called ultra -fine. The detailedness of the 3000 destination will be below 5 microns.
The detailedness of the 3000 destination will be below 5 microns.
This number refers to the particle size or thickness of the material. Generally defined refers to a sieve network within a 1 -inch * 1 -inch area. The material can be defined as the number of pores through the sieve network. For example, the 200 mesh is a sieve with a mesh of 200 mesh within 1 inch * 1 -inch. Based on this type, the larger the messenger, the thinner the granularity of the material; the smaller the mesh, the larger the grain size of the material.
The sieving particle size is that the particles can be expressed by the sieve of a sieve of 1 inch (25.4mm) width through the screen size of the sieve mesh, which is therefore called the number of mesons. The specifications of standard sieves in various countries are different. The commonly used Taylor system is based on the number of holes per inches, which is called the eye. For example, 100 destination sieves indicate 100 sieve holes per inch screen.
The relevant information
The countries have formulated different standard sieves. Standard sieve is a sieve with a certain percentage of a set of sieve holes, the diameter of the sieve holes and the diameter of the sieve wire according to the standard. The size of the sieve is gradually changing in a certain proportion. The size of the sieve per level decreases according to the geometric number, such as 21/4 or 101/10. Different countries, industries or enterprises have different technical standards for sieve network specifications.
Therefore, the purpose of the purpose is not uniform. Number of sieves in Germany/CM2. Tyler (Tyler) sieve with holes/inches as sieve. Japan and France also have their own regulations. The international standard (ISO) sieve is similar to the Taylor sieve in the United States, with the "holes/inch" as the sieve; the size of the sieve is reduced by 21/2, and the size of the sieve is marked on the sieve frame.
The so -called number of mesh refers to the particle size or thickness of the material. Generally defined refers to a sieve network within a 1 -inch*1 -inch area. The material can be defined as the target through the sieve network. For example, the 200 mesh is a sieve with a mesh of 200 mesh in 1 inch*1 -inch. Based on this type, the larger the number of meters, the thinner the grain size of the material; the smaller the mesh, the larger the grain size. The sieving particle size means that the particles can be represented by the sieve in the sieve of 1 inch (25.4mm) width through the screen size of the sieve network, which is therefore called the number of items. If 3000 goals can be called ultra -fine. The detailedness of the 3000 destination will be below 5 microns.