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3 09, 2026

Spray Coating System for Large-Format Electrode Fabrication

Spray Coating System for Large-Format Electrode Fabrication Automated Ultrasonic Spray Coating System for Large-Format Electrode Fabrication Large-format electrode manufacturing demands precise, uniform, and repeatable coating processes to guarantee consistent electrochemical performance across full-scale substrates. Designed for high-precision large-area deposition, the automated ultrasonic spray coating system delivers stable, uniform coating results for electrodes sized up to 1 m × 1 m, catering to high-load catalyst coating requirements for energy [...]

31 08, 2026

Spray Catalyst Ink (e.g., Pt/C) onto PEMs or GDLs

Spray Catalyst Ink onto PEMs or GDLs Application and Advantages of Ultrasonic Spraying Technology in Catalyst Layer Preparation In the manufacturing of new energy devices, especially core components related to hydrogen energy, the preparation of the catalyst layer is one of the key processes determining its performance and lifespan. Ultrasonic spraying technology, as an advanced precision coating process, plays an indispensable role in this field. Its core lies [...]

31 08, 2026

High-Performance Flexible Thin-Film Solar Cells

High-Performance Flexible Thin-Film Solar Cells High-performance flexible thin-film solar cells employ an ultra-thin, flexible design, featuring high conversion efficiency, excellent low-light performance, superior temperature characteristics, high reliability, and easy bending. The cell thickness is only 10 micrometers, approximately 1/18th the thickness of traditional crystalline silicon cells, achieving a power density of 260 W/m², an areal density of 114 g/m², and a weight reduction of approximately 80% compared to [...]

30 08, 2026

Summary of Pt-based Catalyst Research in Alkaline Hydrogen Oxide Reaction

Summary of Pt-based Catalyst Research in Alkaline Hydrogen Oxide Reaction This article focuses on the research of Pt-based catalysts in the alkaline hydrogen oxidation reaction (HOR), systematically reviewing the theoretical mechanisms, material design, and practical applications to provide a reference for the industrialization of hydrogen fuel cells. From a research background perspective, hydrogen fuel cells are a key technology for carbon neutrality. Anion exchange membrane fuel cells (AEMFCs) [...]

30 08, 2026

Ionomer Effect in Dry Cathode AEM Water Electrolysis

Ionomer Effect in Dry Cathode AEM Water Electrolysis Ionomer Effect in Dry Cathode Alkaline Anion Exchange Membrane Water Electrolysis In dry cathode alkaline anion exchange membrane (AEM) water electrolysis (AEMWE) technology, the AEM is the core component determining system performance. An ideal AEM must simultaneously meet multiple performance indicators: high hydroxyl (OH⁻) ionic conductivity to ensure ion transport efficiency, excellent mechanical strength and thermal stability to adapt to [...]

29 08, 2026

Review on Alkaline Water‑Electrolysis Hydrogen Production

Review on Alkaline Water‑Electrolysis Hydrogen Production A Review of the Research and Development of Membranes and Membrane Materials for Alkaline Water Electrolysis for Hydrogen Production The history of water electrolysis (WE) as an industrial hydrogen production process can be traced back to the 1920s. Early technologies were primarily based on alkaline electrolysis systems. These systems used inexpensive nickel-based materials as electrodes, employed porous membranes for electrode separation, and [...]

29 08, 2026

CO₂-to-Methanol: Process and Catalyst Frontiers

CO₂-to-Methanol: Process and Catalyst Frontiers Carbon Footprint Classification and Low-Carbon Transition Driven by the global carbon neutrality agenda, methanol synthesis from carbon dioxide is evolving rapidly, with increasingly mature process designs and emerging catalytic materials. Based on the sourcing of carbon and hydrogen, methanol products are generally categorized into four tiers—brown, gray, blue, and green—with progressively declining lifecycle carbon emissions. Brown and gray methanol are produced from coal [...]

28 08, 2026

Battery Layer Coatings

Battery Functional Thin‑Film Coating Achieve high‑uniform spray coating for battery separators, PI insulating layers and electrode films. This non‑contact deposition delivers controllable porosity, adjustable micron‑level thickness and low material waste, well suited for lithium‑ion, solid‑state and diverse next‑generation battery R&D and pilot‑scale manufacturing projects. Battery Layer Coatings Ultrasonic Coating Solutions for Advanced Battery Research and Emerging Production Ultrasonic atomization spraying technology [...]

28 08, 2026

Solid Oxide Fuel Cells (SOFCs): Principles, Types, and Characteristics

Solid Oxide Fuel Cells (SOFCs): Principles, Types, and Characteristics Working Principle of SOFCs As an advanced energy conversion technology, solid oxide fuel cells (SOFCs) directly convert the chemical energy contained in hydrocarbon fuels into electrical and thermal energy through electrochemical reactions. Their core advantages are significant, including a wide range of fuel compatibility, high energy conversion efficiency, high waste heat utilization value, low noise operation, low pollutant emissions, [...]

27 08, 2026

Fuel Cell Coating Knowledge

Fuel Cell Coating Knowledge Professional overview of fuel cell coating, including PEMFC & SOFC core functional coatings such as catalyst layer coating, bipolar plate anti-corrosion coating and GDL MPL coating. Covers mainstream fabrication processes, key performance parameters and technical advantages for hydrogen fuel cell MEA production and industrial application. Contact Us Fuel Cell Functional Coating Fuel Cell Coating, also known as [...]

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