Huaxin Chuangneng (Guangdong) Technology Co., Ltd. is a key hydrogen production project introduced by the Chinese Academy of Sciences Industrial Technology Research Institute. It is an enterprise specializing in electrolytic hydrogen production equipment and technical services. The company integrates R&D, design, manufacturing, sales, and service. Located in Shengshi Tengfei Intelligent Manufacturing Park, Guicheng Street, Nanhai District, Foshan City, the company has completed its first-phase production line, covering an area of 2,150 square meters, with a PEM membrane electrode production capacity of 10,000 square meters per year and a bipolar plate production capacity of 20,000 square meters per year. With strong support from the government and the Chinese Academy of Sciences, the company has the capability and confidence to provide customers with professional, efficient, and consistently stable products and after-sales maintenance services.
The company's core R&D team has been deeply involved in the field of hydrogen production through water electrolysis for over a decade, consistently adhering to a market-demand-oriented approach and driven by technological innovation. The company possesses independently developed technologies for roll-to-roll membrane electrode double-sided direct coating, bipolar plate protective coating, modular assembly and mass production of fuel cell stacks, as well as a five-in-one purification technology (high-precision physical filtration, freeze-drying, membrane separation purification, PSA pressure swing adsorption for impurity removal, and low-load low-temperature palladium alloy purification ) and a ten-in-one hydrogen generator safety protection technology.
The company's hydrogen production machines have passed third-party CNAS/CMA testing and certification and EU CE certification . They meet all the requirements of the national standard (GBT3634.2) for electronic-grade ultrapure hydrogen (purity ≥99.9999), and the impurity index is better than that of Air Liquide bottled hydrogen. The energy consumption meets the first-level energy efficiency standard and has been successfully applied in many fields such as semiconductors, synthetic diamonds, biomedicine, and analytical testing.