100 Mesh to Micron Conversion100 Mesh to Micron Conversion Table (ASTM vs TYLER): 100 mesh refers to the number of mesh holes per inch of the sieve. 100 mesh is the most common and widely used standard sieve. After sieving through a 100 mesh sieve, the powders are divided into two parts: one is the powder above the 100 mesh sieve (+100 mesh), and the other is the powder below the 100 mesh sieve (-100 mesh).
200 Mesh to Micron Conversion200 Mesh to Micron Conversion Table (ASTM vs TYLER). 200 mesh refers to the number of mesh holes per inch of the sieve. After sieving through a 200 mesh sieve, the powders are divided into two parts: one is the powder above the 200 mesh sieve (+200 mesh), and the other is the powder below the 200 mesh sieve (-200 mesh).
40 Mesh to Micron Conversion40 Mesh to Micron Conversion Table (ASTM vs TYLER): Based on years of experience in powder screening, Fushel conducted a further analysis about the distribution of 40 mesh of different shapes powders. The details are as follows:
Mesh to Micron Conversion Chart - ASTM vs TYLERThis paper mainly lists the table of contents and apertures of American Standard and Taylor standard. It includes the conversion standards of micrometer and mesh. See the table below for details: Mesh Micron Conversion Chart - ASTM vs TYLER.
Average Particle Size Definition: F.S.S.S, D50, APS & MeshThe average particle size refers to the diameter of a particle swarm composed of powder particles of different sizes and shapes. Compared to a hypothetical particle swarm composed of uniform spherical particles, if the total length of the two particles is the same, the diameter of the spherical particles is called the average particle size of the actual particle swarm. There are many methods to test the average particle size, but the results of different testing methods are significantly different from the actual values. Below is a comparison of the most common average particle sizes in powder
Patent: A High Hardness and High Strength Nickel based Alloy Flux Cored Welding Wire and its PreparaTherefore, the present invention relates to a high hardness and high strength nickel based alloy core welding wire and its preparation method, which is used to solve the problem of low hardness and poor mechanical strength of the weld layer formed by the existing nickel based alloy core welding wire.
Patent: A Chromium Powder Spray Drying Tower for Chromium Waste RecyclingThe chromium powder spray drying tower mainly includes a spray drying mechanism; It also includes feeding mechanism, feeding mechanism, waste heat reuse mechanism, filtering mechanism, locking mechanism, and installation mechanism. Among them, the feeding mechanism and feeding mechanism are installed at the top of the spray drying chamber, the waste heat reuse mechanism is installed on the spray drying mechanism, the filtering mechanism is installed at the end of the waste heat reuse mechanism, and the locking mechanism and installation mechanism are installed on the filtering mechanism.
Comparison of Common Thermal Conductive FillersThermal conductive materials are divided into thermal conductive plastics and thermal conductive insulating plastics. The main components of thermal conductive plastics include matrix materials and fillers. The matrix materials include PPS, PA6 / PA66, LCP, TPE, PC, PP, PPA, peek, etc; The thermal conductive fillers include AlN, BN, SiC, MgO, Al2O3, ZnO, etc.
Iron Cobalt Alloy Powder for Soft Magnetic MaterialsIron cobalt alloy powder refers to the iron-based alloy powder with about 50% cobalt content. It is a kind of soft magnetic powder, mainly used as soft magnetic material. Sometimes, 1.4-1.8% vanadium (V) is usually added in order to improve the processability, so it is also called Fe-Co-V soft magnetic alloy powder.
Soft Magnetic Alloy Powder for Soft Magnetic MaterialsSoft magnetic powder is a kind of magnetic powder with low coercivity and high permeability. The common soft magnetic powder are Fe-Si alloy powder, Fe-Al alloy powder, Fe-Si-Al alloy powder, Ni-Fe alloy powder, Fe-Co alloy powder and so on.
High Purity Silicon Carbide Powder (SiC 6N 99.9999%) for Crystal GrowthFUS NANO can provide high purity silicon carbide powder for crystal growth in batches. The purity is 6N 99.9999%. It can meet the needs of SiC crystal growth. It is suitable for silicon carbide single crystal growth raw materials, precision silicon carbide ceramic parts in semiconductor equipment and LED equipment, etc.
Nickel Iron Alloy Powder for Integrated InductorAt present, FUS NANO can supply large quantities of nickel iron alloy powder for integrated inductor. At present, the production capacity is more than 5 tons per month. The average particle size of NiFe alloy powder is 0.5um-2um. Ni/Fe: 50/50 wt%。
Soft Magnetic Nickel Iron Alloy Powder (FeNi)Nickel iron alloy powder can be divided into Nickel Iron Alloy Powder with High Resistivity, High Saturation Magnetic Induction Nickel Iron Alloy Powder, Nickel Iron Alloy Powder with High Magnetic Conductivity, Nickel Iron Alloy Powder with Constant Magnetic Conductivity, etc.
