A continuous production process of catalysts with adjustable components and controllable nucleation, which is independently designed and developed by our company ，can realize the large-scale production of hydrogen energy catalysts with uniform and controllable particle size, high catalytic active area and high-quality activity, and has made breakthroughs in the research and development and promotion of low noble metal catalysts, and has realized the research and development and mass production of low platinum and low iridium catalysts. The PEMFC platinum-based catalyst can achieve controllable synthesis of different particle sizes of 2.1 nm, 2.8 nm, 3.8 nm, with a mass activity of up to 0.38 A/mgPt and an electrochemical specific surface area of ≥ 80 m2/gPt, which can reduce the amount of catalyst used in the membrane electrode by 10-20%, and the overpotential of the PEMWE iridium-based

The membrane electrode produced by the company adopts the industry's advanced production technology, combined with the self-developed catalyst coating film (CCM) technology and other substrates for efficient assembly and production, with excellent sealing, good mechanical strength, no glue run, no delamination, high consistency, good tolerance, long service life and other characteristics, can maintain stable performance output in different environments. The PEMFC series MEAs achieve power densities of 0.67V@2A/cm2 and ≥ 1.3 W/cm2. PEMWE series membrane electrodes adopt the materials and processes independently developed by the company, the cost is reduced by more than 50%, and the tank performance of 1.79V@2A/cm2 has been realized, and the performance attenuation is ≤ 4μV/h is widely used in PEM electrolyzed water electrolyzers.