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is producing and selling electrolytic iron refined by the wet process on an industrial scale. TOHO ZINC CO.,LTD. accounts for the top market share of high purity iron in wet type process. The purity of the iron sold is from 99.9% to 99.999%, especially including the gas components of
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Smelting is typically classified into two procedures: the wet process and the dry process. Electrolytic iron is considered the “wet process” since
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resistance, and better magnetic characteristics; a chemical process must occur to remove impurities. The most effective process is through
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resistance, on which each element draws from their best inherent properties and collectively contributes to the alloy as a whole.
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requires electric charges to move through a liquid solution. This action causes a chemical reaction called
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Electrolytic iron is utilized by the aerospace sector in areas where components are safety critical.
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are known as dry process. VOD is a process of melting pure iron in a vacuum and degassing.
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High purity iron is also produced in dry process. VOD (vacuum oxygen decarburization), and
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method is known as wet type process in addition to electrolytic refining.
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method is a process of dripping the molten metal refining pure iron as an
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liquids), etc. In addition, it is used as a raw material for
Japanese
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121:is a form of high purity iron, obtained by
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106:Learn how and when to remove this message
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185:Production method of electrolytic iron
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44:adding citations to reliable sources
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515:"electrolytic iron business"
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40:improve this article
517:. TOHO ZINC CO.,LTD
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55:"Electrolytic iron"
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51:Find sources:
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29:This article
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548:Electrolysis
519:. Retrieved
472:gas turbines
468:jet aircraft
460:Landing gear
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448:ion exchange
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430:Other method
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191:electrolysis
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147:electrolysis
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123:electrolysis
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96:October 2020
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38:Please help
33:verification
30:
454:Application
537:Categories
521:16 October
498:References
476:generators
268:Purity(%)
234:ionization
66:newspapers
444:electrode
179:corrosion
171:toughness
163:ductility
143:corrosion
139:ductility
286:Cu(ppm)
283:Mn(ppm)
280:Si(ppm)
224:and the
129:Overview
488:etching
470:, and
295:N(ppm)
292:H(ppm)
289:O(ppm)
277:S(ppm)
274:P(ppm)
271:C(ppm)
230:cathode
226:cathode
218:current
210:cathode
141:, more
80:scholar
492:swords
408:<5
396:99.97
376:<5
364:99.97
344:<5
332:99.97
327:<5
321:20～50
312:<5
300:99.99
255:, and
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303:5～15
222:anode
206:anode
87:JSTOR
73:books
543:Iron
523:2020
417:100
353:110
324:1～3
309:1～3
214:iron
135:iron
59:news
474:of
466:in
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385:70
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204:An
42:by
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159:Mn
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257:H
253:C
249:N
245:O
155:S
151:C
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