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Advantages Of Alloy Powders In Metal Powder Products

Advantages of Alloy Powders in metal powder products
Metal powder for solid Alloy Powders process metal products. In this process, the solid metal material will reduce the individual particles, or powder through one of many processes. Metal powder is made of many different materials, including aluminum, copper, bronze, nickel, copper, steel, stainless steel, nickel and titanium.
Metal powder products start the process of Alloy Powders solid metal products manufacturing. Metals such as aluminum, copper, bronze, nickel, rude, steel, stainless steel, titanium and more are commonly used metal powder. In addition, Alloy Powderss can be made from the combination of these elements. There are many ways to make metal powder methods that can be created, some of which are most common including atomization, chemical precipitation, centrifugal disintegration and hydrogen reduction. Alloy Powders, metal powder is a necessary process step, as a manufacturing method has many advantages.
This is a simple method, including mixing metal powder, compaction into dead and then sintering, or heating, the mold forms a solid shape. Powder melted, fused together, leading to bond shape of the mold. The result is a solid metal part also as a sintered metal part. The Alloy Powders is a cost effective manufacturing process because it leads to minimal waste. Other types of metalworking processes result in a large amount of secondary processing of the product or result in a large amount of scrap metal debris.
However, the use of metal powder conservative and Alloy Powders does not require excessive completion. The process can be achieved close to completion with simple and complex shape tolerances. Naturally complete most of the metal is also suitable, so often do not need extra heating and finish. If the solid metal parts are further heat treated, this will increase their strength and wear resistance. High purity powder should be used for metal density in terms of the best results and finish.
Powder metal gears Mechanical hardware is formed through various powders. The Alloy Powders technology transfers energy, movement, velocity and direction between the axes. These devices are widely used in industry-specific needs. Powder metal gears in aviation, agriculture, automotive, construction and construction, marine transportation, materials handling, medical, military, petrochemical, pharmaceutical, power generation and robotics. The application-specific requirements for metal gears lead to the introduction of backscrews of several types or styles, ramps, ramps, opportunities, clusters, differential, spiral, chevron, hypoid, interior, planetary, stimulus and pinion gears The And these mechanisms can produce a large number of processing processes, powder metal parts to promote the product company.
There are three basic steps for the Alloy Powders process used to create powder metal gears. First of all, any of the techniques including atomization, peeling, pulverization, chemical reduction and electrolysis are used to reduce the original primary metal material by fine dust or powder. A specific amount of this powder is then placed into a compression mold or mold pressure applied from the top and bottom of the exact quantity associated with the specific material and the purpose of completing the gear. This mold is finished and the results are required for the gear shape. After this form is expelled, sintering is used to fuse the fuse powder together. The parts are placed in a moving belt, attracting them through a controlled atmosphere furnace, heating the compressed powder slightly below the melting point of the raw material. This temperature varies greatly, although it is usually the use of a temperature, 2/3 of the melting point of the main metal. In this way, the mechanical powder of the metal powder is converted into the solid Alloy Powders bond created.

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