SU63150A1 - The method of refining aluminum and its alloys - Google Patents

The method of refining aluminum and its alloys

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Publication number
SU63150A1
SU63150A1 SU36038A SU36038A SU63150A1 SU 63150 A1 SU63150 A1 SU 63150A1 SU 36038 A SU36038 A SU 36038A SU 36038 A SU36038 A SU 36038A SU 63150 A1 SU63150 A1 SU 63150A1
Authority
SU
USSR - Soviet Union
Prior art keywords
chlorine
alloys
metal
refining aluminum
bucket
Prior art date
Application number
SU36038A
Other languages
Russian (ru)
Inventor
В.А. Власов
Original Assignee
В.А. Власов
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by В.А. Власов filed Critical В.А. Власов
Priority to SU36038A priority Critical patent/SU63150A1/en
Application granted granted Critical
Publication of SU63150A1 publication Critical patent/SU63150A1/en

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  • Manufacture And Refinement Of Metals (AREA)

Description

В насто щее врем  процесс хлорировани  алюмини  происходит следующим образом . Ковш с металлом подаётс  к хлорной установке. Рабочий опускает в металл кварцеByso трубку, по которой идёт х./юр, I перемещает её по ковщу в течеKiic определённого времени.At present, the aluminum chlorination process proceeds as follows. The metal bucket is fed to the chlorine plant. The worker lowers a tube into the Byso quartz metal, along which the x / yr goes, I moves it along the wagon during a certain time.

Зтот способ хлорнрованн  имеет тот недостаток, что качество хлори1 )озан.и  нелико М зависит от равномерности неремещепи  кварцевой трубки но всему ковшу, чего очень трудно достичь при хлорировании вручную. Кроме, того, нри хлорировапии очень часто вылетают из ковHja брызги алкпгики , что может гфивести к ожогам рабочего .This method of chlorinated has the disadvantage that the quality of chlorine is 1) insulated and non-M depends on the uniformity of the non-displaced quartz tube but on the whole ladle, which is very difficult to achieve with manual chlorination. In addition, in addition, chlorinapia very often sprays alkaline spray, which can cause burns to the worker.

Дл  избежани  этих недостатков и обеснечеьж  равномерности ркс1; еделени  нузырьков хлора но всей массе металла предлагаетс  вести его обработку в ковше, вращающе гс  относительно нескольких ненодвижно закреплённых трубочек дл  подачи хлора.To avoid these drawbacks and reduce the uniformity of the px1; In order to chlorine chlorides, but the whole mass of metal is proposed to process it in a ladle rotating by relatively few non-fixedly fixed tubes for chlorine supply.

На -чертеже фиг. 1 изображает ковш дл  осущеетвлени  предлагаемого способа, а фиг. 2- горизонтальный разрез но АВ н.а фиг. 1.In the drawing of FIG. 1 shows a bucket for carrying out the proposed method, and FIG. 2 is a horizontal section but AB n. And FIG. one.

1-1а тележке, на которую усгаиав .-щваетс  ковш 1, нташщён вращаюшиГ1с  диск 2, нриводгшый в ДВ1 жепне двигателем или вручную, {ележка с ковшом подаётс  по pe.ibcaM к хлорио камере.1-1a, the cart on which the gun is bumped, the bucket 1 is driven by a rotating disc 2, which is driven in the DV1 by a motor or manually, {the cart with the bucket is fed along the pe.ibcaM to the chloro chamber.

Кварцевые трубки 3, к которым подаётс  хлор по шлангу 4 хлорной установки, закрепл ютс  в колпаке 5 н при опускании последнего на KOBUI (перед хлорированием) вход т в металл.Quartz tubes 3, to which chlorine is supplied through the hose 4 of the chlorine plant, are fixed in a 5n cap when the latter is lowered onto the KOBUI (before chlorination) to enter the metal.

Сам КОВП1 можно сделать с подогревом , так как бывают случаи подачи металла д.1  хлорировани  с )г температуро (700-720°) н, если ковш )ю подогревать, то метал .т может застыть в конце его розливки после х.юрнроваг.н .KOVP1 itself can be made heated, as there are cases of metal supply for d.1 chlorination c) g temperature (700-720 °) n, if the ladle is heated, then metal. T may solidify at the end of its pouring after h. Unharpen. n

Предмет н з о б р е т с н и  Subject matter of s and n

Снос.об рафинировани  алюмини  и его сплавов, путём вдувани  в металл хлора, отличающийс  тем, что дл  обеенеченп  равномерного раснределенн  пузырьков хлора по веей массе металла обработку ведут в ковше, вращающемс  относнтельно нескольких неподвижно закреплённых трубочек дл  нодачи хлора.Demolition of the refining of aluminum and its alloys by injecting chlorine into the metal, characterized in that for even the single, evenly distributed chlorine bubbles throughout the mass of metal, the treatment is carried out in a ladle rotating relative to several fixed chlorine tubes.

SU36038A 1940-10-10 1940-10-10 The method of refining aluminum and its alloys SU63150A1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
SU36038A SU63150A1 (en) 1940-10-10 1940-10-10 The method of refining aluminum and its alloys

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
SU36038A SU63150A1 (en) 1940-10-10 1940-10-10 The method of refining aluminum and its alloys

Publications (1)

Publication Number Publication Date
SU63150A1 true SU63150A1 (en) 1943-11-30

Family

ID=48244148

Family Applications (1)

Application Number Title Priority Date Filing Date
SU36038A SU63150A1 (en) 1940-10-10 1940-10-10 The method of refining aluminum and its alloys

Country Status (1)

Country Link
SU (1) SU63150A1 (en)

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