亚洲黄色小说视频,jlzz日本人年轻护士出水,日韩欧美大片,日韩欧美爱爱,欧美日韩中出,国产精品亚洲精品观看不卡,亚洲不卡av不卡一区二区

<blockquote id="mk6o0"><pre id="mk6o0"></pre></blockquote>

<tbody id="mk6o0"><button id="mk6o0"></button></tbody>

<pre id="mk6o0"></pre>

<table id="mk6o0"><cite id="mk6o0"></cite></table>

<center id="mk6o0"></center>

2020 官網(wǎng)升級中!現(xiàn)在您訪問官網(wǎng)的瀏覽器設(shè)備分辨率寬度低于1280px
請使用高分辨率寬度訪問。

Stock Abbreviation : Daze Electrode
Stock Code : 832850

China-中文

Manganese Cathodes

Service life≥5 Years

304 stainless steel cathode

Back

Manganese CathodesOverview of

The cathode plate for manganese electrodeposition is formed of 304 stainless steel plate and current conducting rod by soldering.

Parameter Information

You may also be interested in the following products

Copper Cathodes

The cathode materials for copper electrodeposition and electrolytic refining include thin copper starting sheet (traditional method) and permanent stainless steel plate (ISA, KIDD, OT, and EPCM technical methods). The cathode used for the permanent cathode electrolysis technique is composed of 316L stainless steel plate, current conducting rod, and insulated edge. The plate for the main part of the permanent cathode is made of 316L stainless steel, and the conducting rod forms are rectangular square copper tubes, copper-clad steel and steel-clad copper respectively.

Zinc Cathodes

The cathode plate for zinc electrodeposition is composed of such parts as aluminum plate, aluminum alloy conducting beam or pure aluminum conducting beam, composite conducting head (conducting strip), and lifting lugs and process by a specific process to be suitable for hydrometallurgical zinc electrodeposition.

Copper Anodes

Copper electrodeposition is the process of obtaining copper through metal deposition in copper-rich liquid by the electrodeposition method, which is the last process of producing copper by the wet method. In the leaching-extraction-electrodeposition process, water is decomposed on the anode to precipitate O2, and the cathodic process is the same as electrolytic refining, i.e. Cu²⁺ obtains electrons on the cathode and precipitates copper. Pb-based alloy anode plates with a lower corrosion rate are used.

Zinc Anodes

In recent years, Pb-Ag binary alloy anodes, Pb-Ag-Ca ternary alloy anodes, Pb-Ag-Ca-Sr quaternary alloy anodes and Pb-Ag-Ca-Sr-Re multi-element alloys have been selected and used by more and more metallurgical enterprises. Such anodes have such advantages as high strength, corrosion resistance, long service life, low cost, high conductivity, low electrical energy consumption, and high-quality zinc output.

Manganese Anodes

Calcium and strontium alloys are added to the electrodeposited manganese anode plates, thus increasing the crystallinity of lead alloy, refining the lead grains, and making the anode plates have good mechanical properties, high conductivity, high corrosion resistance and other characteristics.

Nickel Anodes

Nickel extraction by electrodeposition is performed in mixed electrolyte system of chloride and sulfuric acid. The anode used for nickel extraction by electrodeposition is required to be stable, corrosion-resistant and durable, with good electrocatalytic activity in the usage of anode, in order to reduce the overpotential and cell voltage of the anode.

<bdo id="0sc62"></bdo>

<table id="0sc62"><fieldset id="0sc62"></fieldset></table>