1、 Industrial electrochemistry field

1. Chlor alkali industry

As a core material for electrolysis, replacing graphite anodes, the current density is increased to 17 A/dm ², and the energy consumption per ton of chlorine gas production is reduced by 28%;

Support the production of high-purity chlorine gas and sodium hydroxide, increase the concentration of alkaline solution to over 32%, and avoid the release of CO ₂ impurities from graphite anodes.

2. Electrolysis of water to produce hydrogen

Excellent catalytic activity, suitable for proton exchange membrane electrolysis cells, hydrogen production efficiency reaches 70% -85%;

Combined with the new platinum based single atom catalyst, the hydrogen ion transport efficiency is increased by three times, and the amount of platinum used is reduced by 90%.

2、 Metal Processing and Manufacturing

1. Electroplating and Precision Manufacturing

Ensure the uniformity of the 0.1 μ m coating in the chrome and nickel plating processes to prevent contamination of the plating solution;

Suitable for PCB copper foil electrolysis, supporting pulse cycle reverse technology to improve the conductivity of high-precision circuit boards.

2. Nonferrous metal smelting

Used for electrolytic purification of metals such as copper, nickel, cobalt, etc., with a current efficiency of over 95%;

Achieve a precious metal recovery rate of over 98% in the treatment of electroplating wastewater.

3、 Environmental Protection and Energy Sector

1. Wastewater/exhaust gas treatment

Electrolytic oxidation degradation of organic pollutants, with a degradation rate greater than 85%;

Purification of industrial waste gas, with a catalytic oxidation removal rate of 90%.

2. Cathodic protection system

Applied to anti-corrosion of metal structures such as ship hulls and bridges, extending equipment life by 2-3 times in seawater/soil environments;

Adapting to the external current protection system, the anti-corrosion efficiency is increased by 40% -60% compared to traditional sacrificial anodes.

3. Fuel Cells and Renewable Energy

As an electrode component of proton exchange membrane fuel cells, it supports efficient hydrogen oxygen electrochemical reactions;

Used as a photoelectric conversion material in solar cells, the photoelectric efficiency is increased to over 25%.

4、 Special scenario applications

1. Seawater treatment and disinfection

Electrolyzing seawater to produce sodium hypochlorite, with a 99.99% efficiency in inactivating Escherichia coli;

Adapt to ship ballast water treatment systems to prevent the invasion of marine organisms.

Summary: Platinum titanium anodes have penetrated into key fields such as industry, environmental protection, and energy through their high catalytic activity, corrosion resistance, and diverse adaptability. In the future, they will continue to promote the development of electrochemical technology towards high efficiency and greenness.