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3d metal powder

Among the several varieties of metal powders available on the market, 3d metal powder is particularly important due to the wide range of applications they may perform. In this article, we will examine the characterisation and categorization of 3D powder particles, as well as the cost-effectiveness and uses of these powders.

Solid metal powders

Utilizing metal powders for 3D printing is an essential production step. Metal powders have been used for decades in a vast array of industrial applications. However, their characteristics vary significantly based on the metal utilized and the manufacturing process. Selecting the proper powder is crucial for achieving high 3D printing quality requirements.


In addition to the metal's characteristics, the form and size of a metal powder are also crucial. The shape of the powder dictates its capacity to produce uniform layers. In addition, the particle size corresponds to the minimum feasible layer height. This component also impacts the final product's density.


Titanium aluminide, for instance, is a lightweight and robust material used in aircraft, medicine, and steam turbines. It has a great resistance to corrosion and thermal conductivity. However, it is fragile and difficult to manipulate.


Why choose TIJO Metal Materials 3d metal powder?

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Applications of 3D metal powders

To choose the proper metal powders for 3D printing, it is necessary to grasp their distinctions. The characteristics of various powders also vary based on their use.


Depending on the particle size and form, the physical characteristics of metal powders may vary substantially. For instance, an ellipsoidal particle has a higher packing density than an irregular particle. This also influences the product's mechanical qualities.


The particle's shape determines the smallest possible layer height, and the powder's flowability is significantly affected by the powder's shape. Other physicochemical qualities of metal powders include flowability and oxidation resistance, in addition to particle form.


Density of packing is an additional crucial characteristic. The greater the particle density, the better the product's stability. This is particularly significant for 3D printing, since more tightly packed particles are more stable and pack more effectively. The industrial metal powder is another type of metal powder that is available in the market.


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