Casting production is a field of mechanical engineering which deals with formed parts and billets by pouring the molten metal into the moulds where their cavity have the configuration of required parts.
In the casting process, metal solidifies in the mould during the cooling process obtaining a casting mold – a finished part or a billet which can be mechanically treated if it is necessary (increase of the dimension accuracy and roughness reduction). In this respect, the casting production has the task to obtain casting moulds where the dimensions and the shape are as close as possible to the dimensions and the shape of the finished part. From 50% to 95% of all parts in machines and industrial equipment are manufactured by casting into moulds
Cathodes for hardening, heat-resistant resistive coatings based on Ti-Al, Ti-Al-Si, Ti-Al-Cr, Ti-Al-Si-Nb, Zr-Ti-Cu, Ni-Cr-Al, Al-Cr-Nb-Li, Al-Cr-Zn-Si, Co-Cr-Si-La, Ni-Cr-Si-Mo, La, YI and other high-entropy alloys designed for deposition of multifunctional coatings on parts for machine-building industry
Small-scale production technology of semi-finished and geometrically-complex products made from primary and secondary precious metals, and their alloys constituting of bullions, plates, wires, crucibles, carrier cases
Production of semi-finished parts and non-uniform items using noble and high-purity non-ferrous metals; reprocessing of cathode targets and anodes made of aluminum and aluminum alloys, nickel alloys, pure platinum and silver using vacuum casting, direct crystallization and plastic straining
Manufacturing of critical engineering parts with advanced mechanical and tribotechnical characteristics in order to replace bronzes, brasses, iron-carbon materials, etc. The technology allows to obtain alloying modifiers with carbon of various carbon forms (microcrystalline, nanostructured, amorphous) and introduce them into alloy structures using casting methods
The equipment – an induction furnace ИТПЭ 0,16/0,16 TG1 with two melting pots with a capacity of 160 kg
