<samp id="jl5pm"></samp>

  1. <acronym id="jl5pm"></acronym>
      <tt id="jl5pm"></tt>

      <var id="jl5pm"></var>
        <video id="jl5pm"><sub id="jl5pm"></sub></video>
      1. XURUI ALLOY

        Professional manufacturer of metal atomization equipment

        Committed to metal and its alloy materials melting, atomization, powder particle preparation, clean powder manufacturing equipment, amorphous molding manufacturing equipment, powder screening, drying and deoxidizing shaping equipment and its ancillary equipment.

        了解更多

        XURUI ALLOY

        Exquisite manufacturing process and core patented technology

        It has established long-term, stable and close cooperative relations with domestic well-known universities and research institutes, and has participated in a number of scientific research projects through deepening cooperation with well-known research institutions at home and abroad.

        了解更多

        XURUI ALLOY

        Committed to providing customers with professional equipment and services

        It is widely used in the frontier fields of material manufacturing, powder metallurgy, hydrometallurgy, powder metallurgy, spraying, catalyst and 3D printing in metallurgy, energy, transportation, machinery, electronics, aerospace, national defense and other industries.

        了解更多
        scroll down

        XURUI ALLOY

        PRODUCT SERIES


        Committed to metal and its alloy materials melt, atomization, powder/particle preparation, clean powder manufacturing equipment, amorphous molding manufacturing equipment, powder screening, drying and deoxidizing shaping equipment and its ancillary equipment.


        Vacuum gas atomization

        Vacuum gas atomization is a process used for producing fine metal powders. It involves melting a metal alloy under vacuum conditions and then injecting a gas (usually argon) through a nozzle into the molten metal stream. The high-pressure gas breaks up the molten metal into small droplets, which solidify into fine powder particles as they cool down. This technique offers several advantages over other atomization methods. Firstly, the vacuum environment prevents oxidation and contamination of the metal, resulting in high-purity powders with improved properties. Secondly, the gas atomization process allows for the production of powders with a narrow size distribution, which is crucial for applications requiring consistent and precise powder characteristics. Vacuum gas atomization is widely used in various industries, including aerospace, automotive, and medical, where high-performance metal powders are required for advanced manufacturing processes. These powders can be used for additive manufacturing, powder metallurgy, surface coatings, and other applications. In conclusion, vacuum gas atomization is a sophisticated technique for producing high-quality metal powders with controlled particle size and purity. Its versatility and effectiveness make it a valuable method in the field of advanced materials manufacturing.


        Plasma Rotary Electrode Process

        The Plasma Rotary Electrode Process (PREP) is a cutting-edge technology employed in various industries for the production of high-quality metal powders. This process involves the use of a rotary electrode, which is subjected to a high-frequency plasma arc discharge. The intense heat generated by the plasma arc causes the electrode to melt and atomize, resulting in the formation of fine metal droplets. These droplets are then rapidly solidified by a cooling gas stream, leading to the formation of spherical metal powders with a narrow particle size distribution. The PREP technology offers several advantages over traditional powder production methods, including improved powder quality, enhanced flowability, and higher productivity. The PREP process can be used to produce a wide range of metal powders, including steel, aluminum, titanium, and nickel alloys, among others. These powders find applications in various industries, such as additive manufacturing, metal injection molding, and surface coatings. In summary, the Plasma Rotary Electrode Process is a cutting-edge technology that enables the production of high-quality metal powders with superior properties. Its versatility and efficiency make it a preferred choice in numerous industries requiring fine metal powders for diverse applications.

        ABOUT US

        Handan Xurui Alloy Material Co., Ltd.


        Handan Xurui Alloy Materials Co., Ltd. is a high-tech enterprise approved by the state to engage in the research and development, manufacturing and sales (including import and export trade) of new metal and non-metallic materials and their production equipment and environmental protection equipment. It specializes in the research and development, manufacturing and sales of metal (alloy) water and water vapor combined atomization, vacuum and non-vacuum atomization pulverization (granulation) equipment, centrifugal atomization pulverization (granulation) equipment, clean powder manufacturing equipment, induction melting electric furnace, vacuum melting electric furnace, intermediate frequency heat permeable furnace, vacuum strip (sheet) equipment, and has unique advantages.

        Company Profile

        Marketing Network

        Qualification Honor

        Factory

        2012 +

        The company was established in December 2012

        14000 +

        Covers an area of about 14000 square meters

        200

        Registered capital 2 million yuan

        40 +

        Existing staff of more than 40 people

        XURUI ALLOY

        NEWS INFORMATION


        Committed to metal and its alloy materials melt, atomization, powder/particle preparation, clean powder manufacturing equipment, amorphous molding manufacturing equipment, powder screening, drying and deoxidizing shaping equipment and its ancillary equipment.

        What are the factors that affect medium frequency furnace steelmaking?

        2014-05-10

        Common impurity elements in steel are P, S, H, N, O and so on. These elements play a harmful role in the performance of steel under normal circumstances, but some of them can also play a beneficial role under certain conditions and become specially added alloying elements.

        Ultrafine mill develops with the development of paper industry

        2014-05-22

        "Papermaking" is one of the four great inventions in ancient China, which fully illustrates the wisdom and wisdom of the working people in ancient China. We all know that the earliest paper-making method was produced by wood processing, but with the development of the times and the continuous progress of science and technology, the paper we use now is rarely made of wood, but stone powder paper.

        Why are the parts of the mill easy to wear

        2014-06-07

        In the previous introduction of mill knowledge, we have shared with you a lot of little knowledge about the mill, such as the maintenance and maintenance of the mill, the inspection and replacement of the vulnerable parts of the mill. Today I want to share with you why the mill parts are easy to wear, and users who do not know need to pay attention to it.

        Message


        To provide you with quality products and services

        亚洲无码全部视频_AV三级片在线免费看_日本亚洲另类专区_亚洲乱码AV毛片在线播放_人妻丰满熟妇AV无码片_中文字幕av无码无卡免费