UAM4000 Ultrasonic Catalyst Deposition Machine for Fuel Cell Electrode Coating

Product Summary
Designed for precision catalyst deposition in fuel cell manufacturing, the UAM4000 utilizes high-frequency ultrasonic atomization (25-180 kHz) to produce fine droplets (18-200 μm) that form uniform catalyst layers with thickness from 20 nm to 100 μm. Its non-clogging nozzle and accurate flow control (0.001-50 mL/min) ensure consistent quality for research and small-batch production.

Key Selling Points

• Wide frequency range (25-180 kHz): Optimize atomization for different catalyst slurries.
• Precise flow control (0.001-50 mL/min): Ensure repeatable coating loading.
• Ultra-thin film capability (20 nm-100 μm): Achieve uniform pinhole-free layers.
• Non-clogging nozzle: Reliable long-term operation with nano-particle slurries.
• Built for fuel cell applications: Designed for membrane and GDL coating.

Technical Specifications

Models and Options

The UAM4000 belongs to a series that includes UAM4000, UAM6000, and UAM8000, offering options for different production scales.

Materials and Structure

Constructed with stainless steel and titanium alloy, the system is durable and compatible with a wide range of catalyst slurries.

Applications

Specifically used in fuel cell manufacturing, hydrogen energy, clean energy, electrochemical devices, and R&D laboratories for catalyst coating.

Customization

Customizable options may include specific nozzle configurations, handling systems, or integration with existing production lines. Contact our team for detailed requirements.

Case Study

A research laboratory in the US used the UAM4000 for catalyst coating on carbon paper, achieving zero substrate damage and a nearly 100% pass rate.

FAQ

Inquiry Information

MOQ: 1 unit. Terms: FOB/CIF/DDP. Payment: 30% T/T deposit, 70% before shipment. Contact us for a quote.

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