admin

      Hydrostatic extrusion technology has a history of nearly a hundred years. However, in the process of large-scale and industrialization, the development speed is slowed down due to the limitation of higher strength structural materials. Advances in materials science have promoted the practical application of this technology. Using hydrostatic extrusion technology to extrude […]

      Hydrostatic extrusion technology has a history of nearly a hundred years. However, in the process of large-scale and industrialization, the development speed is slowed down due to the limitation of higher strength structural materials. Advances in materials science have promoted the practical application of this technology. Using hydrostatic extrusion technology to extrude

      Titanium has features of small density, high specific strength, corrosion-resistance, high elasticity, low damp, zero magnetism and good property at high/low temperatures. It is praised as spacial metal and marine metal and is widely applied in the fields of national economy and national defense construction, such as aerospace, sea water desalination, watercraft,

      Shaanxi province’s Baoji tops worldwide in size of industrial cluster for all major products derived from super-strong metal       A view of Baoti Group’s titanium and titanium alloy production line in Baoji, Shaanxi province. (PROVIDED TO CHINA DAILY)       From spacecraft and submersibles to tableware and badminton rackets,

 Save to read list       Alistair Stephens, CEO of Resouro Strategic Metals, explains why titanium is a key asset when it comes to defence readiness and industrial sovereignty. Titanium has been a key component of military operations for more than 70 years, rising to prominence during the Cold War.       The

      Tracking the pulse of global finance, one headline at a time.       The global push for lighter, stronger, and more sustainable materials is propelling titanium alloys to the forefront of advanced manufacturing. Among these, TMJ4-grade titanium (Ti-6Al-4V ELI) stands out as a strategic material poised to capture significant value in

      The aviation industry has long relied on aviation titanium alloy for their exceptional performance characteristics—high strength-to-weight ratio, corrosion resistance, and ability to withstand extreme temperatures. As aircraft design continues to evolve with increased demands for fuel efficiency and durability, aviation titanium alloy has become a staple material in airframes, engines, and other

      70 years ago titanium began to be used for orthopedic implants. As technology progressed and titanium became more available, the metal was employed for the development of shoulder joints and hip sockets. Even dental implants and hearing aids are made from titanium, with a guaranteed longer service life (in comparison to other

Introduction       Metallic materials have long been introduced into people’s life. Modern biomedical functional materials started from 1930s. At first, stainless steel has been developed for implant and medical applications. Second material is cobalt-based alloy. At around 1960s Titanium and its alloy followed the pace becoming the newest generation of metallic biomaterials. Since

  Introduction       Titanium materials have long been introduced into people’s life. Modern biomedical functional materials started from 1930s. At first, stainless steel has been developed for implant and medical applications. Second material is cobalt-based alloy. At around 1960s Titanium and its alloy followed the pace becoming the newest generation of metallic biomaterials.