Vladimir V Babin

Title: Innovations of Vladimir V Babin in Electroslag Casting

Introduction

Vladimir V Babin is a notable inventor based in Moscow, Russia. He has made significant contributions to the field of electroslag casting, particularly with his innovative apparatus designed for the casting of heavy ingots. His work has implications for improving efficiency and control in metal casting processes.

Latest Patents

Vladimir V Babin holds a patent for an "Apparatus for electroslag casting of heavy ingots." This apparatus features a cooled mould mounted on a bottom plate, a roof mounted on the mould, and non-consumable electrodes connected to a power source. These electrodes are introduced into the melting chamber of the mould through sealed apertures in the roof. The design includes a liquid metal pouring system with a metal conduit and a funnel, along with an inclined chute positioned above the funnel. The roof is equipped with a gas exhaust pipe and input funnels for feeding slag and alloying admixtures. The junction between the roof and the mould is sealed to enhance efficiency. The non-consumable electrodes are arranged around the circumference of the melting chamber for vertical movement, while the inclined chute can move in the horizontal plane. This enclosed melting chamber reduces heat losses and maintains a controlled atmosphere within the mould.

Career Highlights

Throughout his career, Vladimir V Babin has focused on advancing the technology of metal casting. His innovative designs have contributed to the efficiency and effectiveness of the casting process, making significant strides in the industry.

Collaborations

Vladimir has collaborated with notable colleagues such as Jury V Latash and Alexei E Voronin. Their combined expertise has likely enhanced the development and refinement of Babin's inventions.

Conclusion

Vladimir V Babin's contributions to the field of electroslag casting demonstrate his innovative spirit and commitment to advancing metal casting technology. His patent for the apparatus reflects a significant achievement in reducing heat losses and maintaining controlled atmospheres during the casting process.