Electro slag remelting hollow blanks - by inner and outer mould in relative motion to each other with heated inner mould and bottom plate

Electro slag remelting hollow blanks - by inner and outer mould in relative motion to each other with heated inner mould and bottom plate

Method of mfg. hollow blanks by a method of electroslag remelting is based on remelting a consumable electrode in a zone formed between an inner and a concentric outer mould which are moved relative to each other. The inner mould and the bottom plate between the moulds are heated to 80-95% of the el...

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Hauptverfasser: GUTKIN VIKTOR VORISOVICH, KONONENKO NADEZHDA ALEXEEVNA, ORLOV SERGEI VITALIEVICH, KISSELMAN MIKHAIL ANATOLIEVICH, TRUNOVA VALENTINA KUZMINICHNAS, GRISHIN SERGEI IVANOVICH, VOLOKHONSKY LEV AVRAMOVICH, ANDREEV ALEXANDR LEONIDOVICH, TSIKERMAN ALEXANDR LEONIDOVICH, BOBIN VALERIAN ANATOLIEVICH, KUCHMY ALEXEI PETROVICH, KURLYKIN VLADIMIR NIKOLAEVICH
Format: Patent
Sprache:eng ; ita
Schlagworte:
CHEMISTRY
FERROUS OR NON-FERROUS ALLOYS
METALLURGY
PRETREATMENT OF RAW MATERIALS
PRODUCTION AND REFINING OF METALS
TREATMENT OF ALLOYS OR NON-FERROUS METALS
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Zusammenfassung:Method of mfg. hollow blanks by a method of electroslag remelting is based on remelting a consumable electrode in a zone formed between an inner and a concentric outer mould which are moved relative to each other. The inner mould and the bottom plate between the moulds are heated to 80-95% of the electrode melting point and this is maintained throughout the operation. The produced bimetallic hollow blank consists of the electrode material and the material of the outer mould. This process continues until 70-90% of the height of the outer mould is reached.