Doevol Materials is a comprehensive high-tech enterprise company integrating design, research and development, manufacturing, sales and after-sales service; and a high-tech enterprise applying hot isostatic pressure technology to the civil field.
       Based on China Iron and Steel Research Institute and Beijing University of Aeronautics and Astronautics,Doevol Materials is also an industry-university research base of Beijing University of Aeronautics and Astronautics and Northeastern University School of Materials Science and Engineering; based on domestic and global research and development of hot isostatic products, breaking through and solving a series of hot isostatic science and key engineering application problems; Global Leading Solution Provider on HIP Materials & products
Doevol Materials has entered into long-term cooperation with the Hangzhou Innovation Research Institute of Beijing University of Aeronautics and Astronautics and jointly established a laboratory to provide cost-effective hot isostatic customized material solutions for key metal wear parts in various industrial fields with hot isostatic advanced composite materials as the core; the materials developed are widely used in aerospace, large aircraft, third-generation nuclear power localization projects, armament optimization projects and deep-sea oil and gas resources development. The materials developed are widely used in aerospace, large aircraft, third generation nuclear power localization projects, armament optimization projects and deep sea oil and gas resources development.
        It has been successfully developed in the field of twin-screw pelletizing equipment, halogen-free injection molding machine and the preparation of new energy lithium battery production using highly wear-resistant, highly corrosion-resistant materials.
        We provide the current global material solutions and achieve low-cost mass production in many fields；
        The core team has a number of PhDs and masters in materials science, automation, mechanics and metallurgy; has been engaged in the development of hot isostatic products for many years and has completed a number of major national product research projects; focuses on innovative research and development, through the continuous exploration of hot isostatic technology to provide high quality and high volume, cost-effective solutions in more areas.