Preparation Methods of 3D Printing Metal Powder | Mis-asia

3D printing represents a revolutionary new form of printing technology. For 3D printing metallic parts, 3D printing powder is the best raw material. The main 3D printing powders are currently nickel-titanium alloy powder Steel, nickel-aluminum, alloy, industrial steel and cobaltchromium alloy. Good plasticity is required for 3D printing metal powder. This powder must meet the following requirements: small powder size distribution, fine powder particle size distribution and good flow. Three


Why Nickel titanium alloy powder Is a Shape Memory Alloy

What is Nickel-Titanium Alloy Powder? Nickel titanium alloy powder As an innovative functional material, integrating sensing, driving and other functions,, is an indispensable member of intelligent structure. TiNi shape-memory alloy, a form of functional materials with high strength, corrosion resistance and good biocompatibility is non-toxic. The parent phase can only be deformed after the low temperature phase has been removed. It is capable of restoring the same shape as the parent phase


The Applications of Nickel Titanium Alloy Powder

Diamonds are forever, Gold is precious but which is rarer? Gold is a heavy metal formed during the collision of neutron stars and is one of the rarest elements on Earth.During the formation of the earth, heavy elements gradually accumulated towards t


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Cool 3D printing takes you through different technologies |

SLS Nylon Powder PrintingNylon sintering (selective laser sintering) is a project that uses spread powder sticks to tile a thick layer of powder materials, such as 3D printed metal powders, on parts. It is heated below the powder melting temperature instead of a set temperature.Material: nylons, fibers and nylonsSLM Metal 3D PrintingMetal sintering can be described as a selective laser sintering. It is the process of using a powder stick to spread a layer on molded surfaces, then heating to a te


HPMC being a biodegradable polymer

HPMC, being a biodegradable polymer, has also been used to prepare biocomposites. Several studies have been carried out to investigate the influence of different additives on the physicochemical properties of HPMC. Dogan et al. [179] investigated the influence of microcrystalline cellulose (MCC) filler in the HPMC matrix to improve the mechanical properties of HPMC films without affecting their water permeability properties. In a similar study, various types of cellulose derivatives, such as cel


Improved Dispersibility of Nanosized Iron Oxide Red Particles

What is Iron oxide?Iron oxide films can show very different stoichiometries due to the flexibility of their Fe oxidation state (Fe2 +/Fe3 +). This flexibility is accompanied by the formation of various single-crystalline phases (e.g., hematite, magnetite, maghemite, and w├╝stite) with different chemical and physical properties. Therefore, iron oxide films are of interest in different fields as heterogeneous catalysis or spintronics and a deeper understanding of the epitaxy of iron oxide films are

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