Tungsten is mainly used in the production of hard alloys, tungsten iron and tungsten molybdenum products. Tungsten, along with chromium, molybdenum and cobalt, forms heat resistant and wear resistant alloys which are used to manufacture hard alloy tools, tungsten molybdenum products, cutting tools, metal surface hardening materials, gas turbine blades, combustion tubes, tungsten processing materials, tungsten alloys, tungsten products, micro cutting tool materials, and deep hole processing tools, among others. The most typical industry applications are hard alloy tools and tungsten-molybdenum products. In this application, not only the application of tungsten powder is involved, but also the application of high-performance tungsten powder dual-motion 3D mixing machine is involved.

The high performance tungsten powder 3D mixer has been applied in many tungsten product manufacturing processes, and it offers more advantages. It provides strong support for the development of the tungsten products industry!

One important application of tungsten powder in the metal products industry is to make tungsten carbide powder. This powder can then be used to produce hard alloy tools, such as cutting tools, milling tools, drills and molds. In this production process, a high-performance 3D mixing machine for tungsten powder plays a certain role, effectively eliminating the original cumbersome carbonization process and directly mixing tungsten powder with carbon for efficient and uniform blending to manufacture new products of hard alloys. This efficient new mixing process is brought about by the new double motion superimposed mixing process, providing strong support for the efficient application of tungsten powder.

In the application of tungsten powder, not only is an advanced mixing process required as the main approach for hard alloy products. Similarly, in the manufacturing of tungsten molybdenum products, an efficient new powder mixing process is also of crucial importance. Tungsten molybdenum products, such as those usually made by mixing several powder materials together and then undergoing special treatment, require a high level of efficiency in the mixing process. Due to the differences in each material, there are issues of light and heavy powders during the mixing process, and the requirements for the mixing machine are also very high. Through the initial application of this efficient process and conducting experimental exploration, tungsten-molybdenum products with relatively ideal performance were obtained. The dual motion 3D mixing machine brings an efficient dual motion superimposed mixing process. This process has low production costs, low energy consumption, high mixing uniformity, high mixing efficiency, saves time, labor, electricity, simplifies complexity, has good product quality, is easy to operate and apply, and has the function of further improving and perfecting product quality.

Due to the advanced mixing technology of the dual motion 3D mixer being far superior to that of existing traditional mixing equipment. It can easily solve various mixing problems in tungsten powder mixing. By using a fully sized rotating screw blade layer superimposed within the rotating container, and with the ultra-advanced mixing principle of uniformly mixing the equipment with the same direction as the barrel and twice the rotational speed of the barrel, during the mixing process, the light powder can be easily carried and pressed into the main heavy powder from above, thus enabling the light and heavy powders to be evenly mixed.

This is also one of the reasons why the high-performance tungsten powder dual motion 3D mixing machine can better solve the problem of difficult and uneven mixing of light and heavy powders compared to traditional mixers.