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2019.04.22

Which ion-exchange membrane electrolyzer is better?

Which ion-exchange membrane electrolyzer is better?

Which ion-exchange membrane electrolyzer is better? Jiangsu Ancan Technology Co., Ltd. is a professional electrochemical equipment R&D, engineering design and manufacturing enterprise. It focuses on the new system and re-creation of electrolyzers, the new system and recoating of electrodes, and special electrolytic devices in organic electrolysis, Circulating water treatment, wastewater treatment, metallurgy and other fields have also been widely used. For details, please consult: http://www.ancan-cn.cn/. Or contact 0510-86593903.

2019-04-22

2018.03.01

Titanium electrode shape and superiority

Titanium electrode shape and superiority

Consideration basis for designing titanium electrode type 1. Requirements for anodes in the installation of titanium electrode electrolyzers 2. Titanium electrode process conditions, such as electrolyte (liquid) composition, temperature, current density, service life, etc. 3. Mechanical load of titanium electrode 4. Conductivity of titanium electrode base material Titanium electrode shape Plate shape, rod shape, sheet shape, filament shape, net shape, tube shape, ring shape, ribbon shape, mesh basket shape and other shapes The superiority of titanium electrode 1. High current efficiency, good energy saving effect 2. Excellent corrosion resistance 3. After the active layer is inactivated, it can be recoated and the substrate can be reused 4. Long electrode life 5. Titanium electrode is light in weight and has good dimensional stability 6. It can be made into any complex shape and size to meet actual needs

2018-03-01

2018.03.01

Research Progress of Titanium Alloys for Aviation

Research Progress of Titanium Alloys for Aviation

Introduction: Titanium alloy is widely used in the aerospace field due to its high specific strength and good corrosion resistance. This article introduces the research progress of major titanium alloys in recent years, including high-strength and high-toughness titanium alloys (Ti-1023, Ti-15-3, β21S and BT-22), high-temperature titanium alloys (IMI834, Ti-1100, BT36 and Ti -60), damage tolerance titanium alloys (TC21 and TC4-DT) and flame-retardant titanium alloys (Alloy C, BTT-1 and BTT-3), and look forward to the development direction of titanium alloys for aerospace use.

2018-03-01

2018.03.01

Multi-stage structure high activity electrolysis water electrode

Multi-stage structure high activity electrolysis water electrode

With the rapid consumption of fossil fuels and environmental pollution becoming more and more serious, the development of renewable energy is imperative. Hydrogen energy is considered to be expected to replace

2018-03-01

2018.03.01

Organic electrode materials used in rechargeable sodium ion batteries

Organic electrode materials used in rechargeable sodium ion batteries

Due to abundant resources and low prices, sodium ion batteries are considered as a potential large-scale energy storage battery system. Compared with a large number of reported inorganic electrode materials, organic materials have the following advantages. First, organic electrode materials are usually prepared by a mild method, and the reactions are mostly substitution

2018-03-01

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