SU148525A1 - Method of refining magnesium alloy scrap - Google Patents
Method of refining magnesium alloy scrapInfo
- Publication number
- SU148525A1 SU148525A1 SU728180A SU728180A SU148525A1 SU 148525 A1 SU148525 A1 SU 148525A1 SU 728180 A SU728180 A SU 728180A SU 728180 A SU728180 A SU 728180A SU 148525 A1 SU148525 A1 SU 148525A1
- Authority
- SU
- USSR - Soviet Union
- Prior art keywords
- magnesium
- refining
- magnesium alloy
- alloy scrap
- refining magnesium
- Prior art date
Links
Landscapes
- Manufacture And Refinement Of Metals (AREA)
Description
Изобретение относитс к трехслойному электролитическому способу рафинировани отходов магниевых сплавов.This invention relates to a three-layer electrolytic method for refining waste magnesium alloys.
Известный снособ переработки отходов магниевых сплавов путем их подшихтовки к первичному магнию снижает качество первичного магни и не обеспечивает переработки всех отходов.The well-known method of processing waste magnesium alloys by their blending to primary magnesium reduces the quality of primary magnesium and does not ensure the processing of all waste.
Дл устранени этих недостатков предлагаетс дл рафинировани отходов магниевых сплавов примен ть известный трехслойный электролитический способ рафинировани алюмини .To eliminate these drawbacks, a well-known three-layer electrolytic method of aluminum refining is used to refine the waste of magnesium alloys.
Дл осуществлени способа исходные отходы магниевых сплавов дл повышени удельного веса сплавл ют с 25-35Vo цинка или 20- 30% меди и используют в электролизере в качестве анода. На поверхность этого анодного металла помещают электролит, содержащий 40- 50Vo хлористого натри , 10-60% хлористого кали , 10-40% хлористого бари и 10% хлористого магни -. Подвод тока к катодному магнию, наход щемус на поверхности электролита, производ т с помощью горизонтальных стальных или других катодов.For carrying out the process, the initial waste of magnesium alloys to increase the specific gravity is fused from 25-35Vo of zinc or 20-30% of copper and used in the electrolyzer as an anode. An electrolyte containing 40–50 Vo of sodium chloride, 10–60% potassium chloride, 10–40% barium chloride, and 10% magnesium chloride is placed on the surface of this anode metal. The current is supplied to the cathode magnesium located on the electrolyte surface by means of horizontal steel or other cathodes.
Применение известного способа рафинировани алюмини дл рафинировани ломов магниевых сплавов было проверено на анодном сплаве содержащем 10% алюмини , 1,5% цинка, 0,5% марганца, 0,3% никел , 0,5% кремни , 20-30% меди, остальное - магний. Полученный магний марки МЧ-1 отвечал требовани м ГОСТ 804-56 с выходом по току 98%.The application of a known aluminum refining method for refining magnesium alloy scrap was tested on an anode alloy containing 10% aluminum, 1.5% zinc, 0.5% manganese, 0.3% nickel, 0.5% silicon, 20-30% copper the rest is magnesium. The obtained magnesium brand MCH-1 met the requirements of GOST 804-56 with a current output of 98%.
Кроме извлечени магни из магниевых сплавов и из отходов магниевых сплавов, этот способ может быть рационально использован с незначительными изменени ми дл , рафинировани магни -сырца.In addition to extracting magnesium from magnesium alloys and from waste of magnesium alloys, this method can be rationally used with minor modifications to refine magnesium-silver.
№ 148525- 2 Применение трехслойного способа рафинировани алюмини дл рафинировани ломов магниевых сплавов позволит отказатьс от известного способа переработки ломов, предусматривающего подшихтовку их к первичному рафинированию.No. 148525- 2 The use of a three-layer method of aluminum refining for the refining of scrap of magnesium alloys will allow rejecting the known method of processing of scrap, which involves adding them to the primary refining.
Предмет изобретени Subject invention
Применение трехслойного электролитического способа рафинировани алюмини дл рафинировани ломов магниевых сплавов.The use of a three-layer electrolytic method of refining aluminum for the refining of scrap magnesium alloys.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
SU728180A SU148525A1 (en) | 1961-04-24 | 1961-04-24 | Method of refining magnesium alloy scrap |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
SU728180A SU148525A1 (en) | 1961-04-24 | 1961-04-24 | Method of refining magnesium alloy scrap |
Publications (1)
Publication Number | Publication Date |
---|---|
SU148525A1 true SU148525A1 (en) | 1961-11-30 |
Family
ID=48303767
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
SU728180A SU148525A1 (en) | 1961-04-24 | 1961-04-24 | Method of refining magnesium alloy scrap |
Country Status (1)
Country | Link |
---|---|
SU (1) | SU148525A1 (en) |
-
1961
- 1961-04-24 SU SU728180A patent/SU148525A1/en active
Similar Documents
Publication | Publication Date | Title |
---|---|---|
GB593207A (en) | Method for the continuous electrolytic oxidation of metallic wires, bands and like parts | |
FR2567328B1 (en) | METHOD FOR STABILIZING PRIMARY ELECTROCHEMICAL GENERATORS WITH REACTIVE ZINC, ALUMINUM OR MAGNESIUM ANODES AND ANODE FOR SUCH A GENERATOR STABILIZED BY THIS PROCESS | |
SU148525A1 (en) | Method of refining magnesium alloy scrap | |
GB508723A (en) | Process for the production of protective layers on aluminium or aluminium alloys and magnesium or magnesium alloys | |
US3062727A (en) | Manufacture of niobium by fusion electrolysis | |
GB775420A (en) | An improved method of recovering tungsten from tungsten or tungsten alloy scrap | |
GB211027A (en) | A process of improving commercial aluminium | |
GB630891A (en) | Method of obtaining refined aluminium, starting from aluminium alloy scrap | |
GB1070163A (en) | Improvements relating to the electro-refining of tungsten or molybdenum | |
SU61931A1 (en) | Electrolyzer for producing metallic magnesium | |
GB442601A (en) | Process for the preparation of beryllium oxyfluoride and metallic beryllium therefrom | |
SU116994A1 (en) | Melting processing method of nickel and cobalt iron ores | |
SU398669A1 (en) | DEFORMABLE ALLOY BASED ON ALUMINUM | |
GB451271A (en) | A process of recovering and/or purifying aluminium and aluminium alloys | |
SU47448A1 (en) | Electrolytic production method of magnesium alloys | |
SU290945A1 (en) | DEFORMABLE ALLOY BASED ON MAGNESIUM | |
US1948235A (en) | Electrolytic manufacture of iron and its alloys | |
GB1452907A (en) | Preconditioning of anodes for the electro-winning of copper from electrolytes having a high free acid content | |
GB847878A (en) | Improvements in or relating to a process for the electrolytic separation of titaniumfrom titanium scrap | |
GB307190A (en) | Improvements in and relating to the treatment of iron pyrites | |
GB393039A (en) | Improved process for producing green patina on copper and its alloys | |
GB217465A (en) | Improvements in and relating to electric batteries | |
GB817893A (en) | Refining metals by electrolysis | |
GB539006A (en) | Process for recovery of metals from alloys and metallurgical residues | |
GB145600A (en) | Improvements in the process of electrolytically separating copper from nickel |