Tech Breakthroughs

Sino-Tech Hydrogen Hosts Prof. Hanlin LIAO and Expert Delegation to Advance Core Materials for Green Hydrogen Industrialization

Recently, a delegation of distinguished experts led by Prof. Hanlin LIAO of the University of Technology of Belfort-Montbéliard (UTBM, France), alongside Prof. Peichao Zou (Soochow University) and Prof. Xinkun Suo (Ningbo University), visited Ningbo Sino-Tech Hydrogen Membrane Technology Co., Ltd. (Sino-Tech Hydrogen).

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Sino-Tech Hydrogen’s AEM Ion Membrane Research Published in Nature Energy

Sino-Tech Hydrogen has achieved a top-tier academic and industrial milestone, with research on its EHYDRO® AEM-02 Ion-Solvent Membrane (ISM) published in the prestigious journal Nature Energy. Reported by the team of Professor Li Nanwen, the company’s Chief Scientist, this publication represents a high-level global recognition of Sino-Tech Hydrogen’s material innovation and underscores its position at the forefront of the green hydrogen sector.

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Sino-Tech Hydrogen Verifies Long-Term Stability of Flagship PCM500+ Membrane After 1,000-Hour Electrolyzer Run

Sino-Tech Hydrogen recently completed comprehensive post-disassembly data analysis for its self-developed EHYDRO®PCM500+ composite membrane following a rigorous 5-month evaluation period in a live electrolyzer system, with a cumulative operating time exceeding 1,000 hours. The test, which ran from August 2023, paired the company's membrane with its proprietary EHYDRO®Coral II catalytic electrodes to evaluate real-world durability and structural integrity compared to international benchmark produ

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Advanced Membranes for Alkaline Water Electrolysis: A Deep Dive into Composite Membranes (Part I)

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Advanced Membranes for Alkaline Water Electrolysis: A Deep Dive into Composite Membranes (Part II)

Composite membranes, optimized from second-generation PPS mesh, feature dense nano-channels produced via phase separation. Given their distinct characteristics in materials and manufacturing, establishing a comprehensive evaluation system is critical for optimizing electrolyzer performance. This article focuses on three core pillars: electrochemical performance, gas barrier properties, and physical/chemical stability.

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