Rational Design And Comprehensive Application Evaluation Of Low Cost And High Corrosion Resistance Ti-Mo-Ni-M Based Titanium Alloy

　　Recently, the project "Genetic Engineering of Rare and Precious Metal Materials in Yunnan Province (Phase 1, 2020)-Rational Design and Comprehensive Application Evaluation of Low Cost and High Corrosion Resistant Ti-Mo-Ni-M-based Titanium Alloy" project held a project kick-off meeting at Kunming Iron and Steel Yunti Company.

　　At the meeting, Huang Haiguang, the person in charge of the project, introduced the background, research and development tasks and assessment indicators of the project, and Yu Kun, the project specialist of the Project Management Office, explained the project management methods to the participants. Instructing experts said that Kungang Yunti, as the lead unit of the national key research and development plan, has rich experience in the research and development of new titanium alloys. Through the implementation of this project, Kungang Yunti will use cloud computing and big data to build a titanium alloy database, build Yunnan Titanium Industry's large-volume and heavy-titanium coil electron beam cooling bed short-process fusion casting and rolling production management and intelligent prediction system, and further enhance titanium Alloy R&D and production capacity. Subsequently, the project leader Li Zhimin signed a project cooperation agreement with the heads of the participating units of the project, requiring each unit to strictly follow the division of tasks stipulated in the cooperation agreement to speed up the implementation of the project.

　　It is reported that Yunnan Province's rare and precious metal material genetic engineering is a major science and technology project of Yunnan Province, focusing on the characteristic rare and precious metal industry, focusing on the strategic goal of "reducing R&D costs by half and shortening R&D cycles by half", and supporting industrial development with a full-chain innovative layout. Principles, support the breakthrough of a variety of new materials including titanium, realize the whole chain layout of "platform construction-key technology research and development-demonstration application", and establish a system for the construction of future rare and precious metal material industrialization projects and the cultivation of new industrial forms A complete new technological innovation system.