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Intelligent Control: Real-time monitoring and fault diagnosis functions during machining ensure stability throughout the production process.

Intelligent Fixtures: Intelligent, flexible fixtures ensure precise positioning and machining during the process, guaranteeing consistency and interchangeability in mass production for every piece produced.

Processing Range: Capable of handling pieces with a diameter of up to 2,500 mm (such as bipolar plates), suitable for the machining needs of large components like electrolyzers.

Capacity: Approximately 1,200 bipolar plates can be processed per month (for 1,000 Nm3 electrolyzers).

Flow Channel Simulation: Flow channel design is optimized through simulation to enhance efficiency.

Gasket Structure Simulation: New polymer materials are used based on simulation to ensure the sealing integrity of the electrolyzer.

Proprietary Process Technology: The separation and cooling processes are highly integrated, minimizing space requirements and ensuring a compact equipment layout.

Coating Density: Pore density testing of the coating is performed according to QB/T3823-1999.

Coating Adhesion: Adheres to GB5933-86, using the bending test in sections 2.1.1 and 2.1.2 to ensure the coating does not peel or fall off, meeting national standards.

Coating Thickness: Advanced techniques are used to measure the coating thickness, with a variance of ≤1.5 microns between the recessed and flat areas over a 1 mm2 surface.

Production Monitoring: Electroplating solutions are monitored daily using specific methods to ensure the stability of the electroplating process.

Processing Scope: Specializes in electroplating for electrolyzer bipolar plates and producing electrodes for alkaline electrolyzers.

Production Capacity: Can process approximately 3,000 bipolar plates (up to 2,800 mm in diameter) and over 3,000 catalytic electrodes per month.

1. Bipolar Plate Electroplating:

   - Utilizes a unique electroplating solution formula and automated control to ensure a denser and more uniform coating.

   - Scientific process management ensures quality control and measurement at each stage.

   - Advanced detection methods are employed to guarantee the quality of the bipolar plates.

2. Electrode Preparation Process:

   - Multicomponent alloy catalytic layers are prepared using the electrodeposition method, ensuring higher stability.

   - Special surface treatment techniques enhance the bonding strength of the catalytic layer, eliminating the need for activation, reducing costs, and improving electrode stability and resistance to "reverse current" impacts.

Proprietary Process: The separation and cooling processes are highly integrated, minimizing space requirements and ensuring a compact equipment layout.

High Automation: The system can operate without onsite supervision, with flexible load adjustment between 30%-110% flow, ensuring safe and stable operation while meeting technical requirements.

System Scale: 50 to 2,000 Nm3/h.

### Purification System Advantages:

High-Efficiency Deoxidation: Utilizes a self-developed high-efficiency noble metal catalyst with single-atom surface activation technology, which has a low activation temperature.

Temperature Resistance: The catalyst can withstand thermal shocks up to 450°C, making it suitable for handling oxygen fluctuations in flexible water electrolysis hydrogen production.

Deep Deoxidation: The composite bed formula technology ensures a high degree of oxygen removal.

Patent-Protected Purification: The system allows for hydrogen recovery rates up to 100% with zero hydrogen loss, and energy consumption is reduced by over 20%.

Wide Load Range: The system operates effectively within a 10% to 120% load range.

Dedicated Heater Design: Separately configured heaters avoid redundancy in key equipment, reducing investment costs. The heaters offer continuous, stable operation and extended service life.

Three-Tower Switching Process: The unique three-tower switching technology recycles the residual heat from the drying tower regeneration process, improving regeneration efficiency.

Low-Temperature Regeneration: Micro-heat regeneration technology operates at temperatures below 200°C, 50°C lower than traditional systems (which regenerate at 250°C), reducing energy consumption by more than 20%.

Customized O&M Services: Tailored operation and maintenance services based on the specific needs of hydrogen production, ammonia synthesis, methanol production, and hydrogen refueling station customers. This includes but is not limited to equipment upgrades, process optimization, energy efficiency improvements, operational planning, and maintenance and repair services.

One-Stop Service: Provides 24/7 technical support, including training and product sales, ensuring continuous service and support.