Powder metallurgy technology, a material preparation and forming method with a long history and innovative vitality, can be traced back to ancient ceramic production and ironmaking technology, which has had a profound impact on the progress of human civilization. In the mid-18th century, with the revival of powder metallurgy in Europe, this ancient technology ushered in new development opportunities. In 1909, ductil tungsten was successfully launched through powder metallurgy, marking the official beginning of the modern powder metallurgy era. Since then, with the continuous innovation of technology and the increasing demand for products, the field of powder metallurgy ushered in a major breakthrough in powder injection molding technology in the 1970s. In the late 1990s, the research and development and application of metal additive manufacturing technology injected new vitality into this field, leading powder metallurgy technology. The rapid development of art has had a revolutionary impact on the whole industry.
After more than a century of evolution and growth, powder metallurgy technology has not only promoted the birth of many important new materials and the research and development of key products, but also become one of the indispensable key engineering technologies to support today's national economic development and scientific and technological progress.
