This company can supply a variety of metals and alloys powder with different grades, purity, microstructure, and particle size for use in various industries including parts manufacturing, coatings, paints and buildings, 3D printers, injection molding, welding, etc. These products may be included iron, nickel, molybdenum, copper, tungsten, aluminum, alloy steels, stainless steel, nickel and cobalt-based superalloys, metal and ceramic coating powders, as well as many other consumables and additives which are needed in distinct powder metallurgy industries.
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Part manufacturing powder
According to the following circular curve, various industries use parts made by powder metallurgy method, among which the automotive industry with 71% has a high share in using of parts with powder raw materials around the world. The 2brothers Company is ready to supply a variety of grades of pure metals and alloy powder for use in parts manufacturing industries from reputable European and Chinese brands in accordance with customers' requirements...
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3D printing powder
3D metal industrial printers, or generally metal additive manufacturing methods, normally use spherical alloy powders with combined size distribution (including fine and coarse particles) to improve the product's properties. The 2brothers Company is ready to supply various grades of metal powders for use in 3D printing technology from reputable European and Chinese manufacturers in accordance with customers' requirements...
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Coating powder
According to the below column chart, the growing trend of powder materials market used in the thermal spraying process will continue until 2024 and will increase to an amount of more than 3 billion dollars. The variety of these powders includes metallic, oxidized, carbide, and composite materials with different particle sizes and morphology. In the following image, the microstructures of several types of coating powders are shown which are widely used...
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Additives
In all methods of processing metal powder, the use of additives plays an important role in improving the process and efficiency of the product. These materials have a significant impact on reducing friction, increasing powder flow, and improving the machining properties of final parts. In the following image, the effect of adding two types of widely used additives on the wear rate of the tool is observed. Among these additive powders are manganese sulfide (MnS), graphite, micro-wax EBS, amide wax, and zinc stearate...
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