Can Carbon Fiber Composites Be Injection Molded?
Carbon fiber composites are composed of two parts: the reinforcement phase and the matrix phase. The matrix phase plays the role of transferring stress. It is generally metal, ceramic, resin polymer, etc. In most cases, carbon fiber composites mainly use...
Carbide Vacuum Sintering Technology
Carbide refers to a binary compound formed by carbon and an element with a smaller or similar electronegativity (except hydrogen). Carbides have a high melting point. Most carbides are obtained by sintering carbon and metals under high temperature vacuum conditions....
The Injection Molding of Zirconia Ceramic Structural Parts
Injection molding of zirconia ceramic structural parts is a zirconia injection molding method, which adopts an injection molding method of zirconia ceramics, a powder organic carrier and a reasonable degreasing process: taking zirconia powder as the main body, adding a...
Customized High Precision Powder Metal Gears
XY-Global specializes in customized non-standard metal parts such as aluminum parts, iron parts, steel and stainless steel parts. We provide free MIM samples, lifetime warranty and lifetime technical support.Processes include die casting, sand casting, investment casting, gravity casting, aluminum profiles,...
Applications of Tungsten Metal Injection Molding
Tungsten MIM (Tungsten Metal Injection Molding) is a complex process for custom tungsten manufacturing. This technology combines the advantages of powder metal technology with the flexibility of metal injection molding technology to produce complex and high-density tungsten parts. Tungsten MIM...
Advantages of Micro Metal Injection Molding
Micro-metal injection molding technology refers to the use of precision metal molding processes to produce micron-level metal components. These components have precise dimensions, complex structures and excellent performance. They use advanced molding methods such as micro-casting, micro-forging and metal injection...
Micro Metal Injection Molding for Advanced Optical Manufacturing
Metal Injection Molding (MIM) is a process used to manufacture metal parts with complex structures and high precision. The molding process combines metal powder, injection molding and sintering technology to ensure that MIM parts have strict tolerances and excellent surface quality. In addition, selecting metal powders of different sizes and shapes and supplementing additives will produce different chemical and physical properties of MIM parts, and the binder composition of each powder particle will determine the stiffness of the final shape to promote the development of high-tech industries.
Comparison of Wet Bag Isostatic Pressing and Dry Bag Isostatic Pressing
Isostatic pressing is a manufacturing process that applies uniform pressure to a material from all directions, aiding in its compaction and densification. This process can be carried out using two primary methods: wet bag isostatic pressing and dry bag isostatic...
Metal Injection Molding (MIM) Offers Several Advantages for the Medical, Automotive
Metal Injection Molding (MIM) is a manufacturing process that combines the versatility of plastic injection molding with the strength and integrity of metallic materials. It involves the production of small, complex metal parts through a series of steps, including powder...