Tungsten Carbide Scattered Disk
Tungsten carbide scattered disk is usually a key component in rotating machinery, responsible for converting input mechanical energy into the desired output form, such as electrical energy, kinetic energy, etc. In rotating machinery such as motors, pumps, and compressors, rotors play a crucial role
Tungsten Carbide, Nickel/Cobalt Binder
Sinter-HIP Furnaces
CNC Machining
Sintered, finished standard
Additional sizes,tolerances, grades and quantities are available upon request.
Types and specifications
There are various types of carbide scattered disks, including tungsten steel dispersion discs for horizontal sand mills, tungsten carbide spray dispersion discs, etc. In terms of specifications, the size, shape, and number of teeth of the dispersion discs will vary depending on the equipment model and process requirements. For example, some dispersion discs use a four-tooth spiral design to improve dispersion efficiency; others use customized non-standard designs to meet specific process requirements.
Applications:
Tungsten carbide scattered disk are widely used for chemical equipment. Idea for passage process with constant efficiency and achievement of the narrowest possible particle size distribution in the micrometre range. We can custom it as per drawings.
Tungsten carbide inlet plates are used in various industrial applications, including:
Pump Systems: In pump systems, tungsten carbide inlet plates are used to control the flow of fluids into the pump, preventing wear and damage to the pump components.
Chemical Processing: In chemical plants, tungsten carbide inlet plates are used to withstand the corrosive effects of chemicals and ensure the safe and efficient transfer of fluids.
Petroleum Industry: In the petroleum industry, tungsten carbide inlet plates are used in drilling and production equipment to withstand the abrasive and erosive effects of drilling mud and produced fluids.
Other Industrial Applications: Tungsten carbide inlet plates are also used in other industrial applications, such as aerospace, automotive, and medical equipment, where precision and wear resistance are required.
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