Optimization of the press tool by production of low-temperature superconductors

In this article the technique of definition of optimum angles of the technological tool is offered at pressing combined composite preparations. In an optimization basis the pressure of pressing providing the minimum power inputs is necessary. The problem of improvement and optimization of the production technology of low-temperature composite superconductors for achievement of necessary production volumes of release is actual at compliance to quality requirements. Development of theoretical bases and techniques of design of technological processes in relation to the production technology of the low-temperature composite superconductors which are scientifically proving a choice of technological modes and industrial equipment for improvement of quality of low-temperature composite superconductors and providing high technical and economic rates of their production is important. The pressing process is widely used in metal forming.The essence of the pressing process is extrusion of material placed in an enclosed area through the channel formed by the pressing tool. The advantage of process of pressing is the favorable scheme of a tension with prevailing influence of the squeezing tension providing increased plasticity of the pressed material. Therefore process of pressing is widely used when processing by pressure of low-plastic hardly deformed metals and alloys.