Ultrasonic Spraying of Pt-Based Catalysts Ultrasonic spraying is a technique that uses ultrasonic vibration energy to atomize a liquid slurry containing a Pt-based catalyst (such as Pt/C or PtRu/C dispersions) into micron-sized uniform droplets. These droplets are then precisely deposited onto the surface of a support (such as carbon paper or anion exchange membrane) via an airflow, forming a highly dispersed catalyst layer. Its core advantages lie in [...]

Ultrasonic Coating of Bi/Multi-Metal Catalysts Ultrasonic Coating of Bi/Multi-Metal Catalysts: Enabling Precise CO₂ Electrocatalytic Methanol Production Driven by the "dual carbon" goal, the electrocatalytic conversion of CO₂ into high-value-added methanol has become a core pathway for carbon recycling. The bottleneck of this technology lies in achieving precise product control—both overcoming the activation challenge of stable chemical bonds in CO₂ molecules and suppressing side reactions such as the hydrogen [...]

Lab Ultrasonic Coating for Energy Materials Application of Ultrasonic Spray Coating Machines in Energy Materials Laboratory Research In the process of innovation and development in the energy field, laboratory research on energy materials is a key link in driving technological breakthroughs. Whether it's the development of new battery materials, photovoltaic thin-film materials, or energy storage electrode materials, precise and efficient material preparation and processing equipment is needed to [...]

Laboratory Ultrasonic Thin-Film Spray Coating System UAM6000XL-8P High-Performance Laboratory Ultrasonic Thin-Film Spray Coating System Designed specifically for high-performance laboratory R&D, the UAM6000XL-8P integrates an all-in-one solution with precision control technologies to precisely address core scenarios such as advanced materials research, device prototyping, and process parameter optimization. It serves as a core piece of equipment for efficient thin-film coating experiments in the laboratory. Its multi-module collaborative design can be [...]

Core Technology Analysis of Green Hydrogen Production Hydrogen, an energy carrier possessing both significant industrial value and clean energy attributes, continues to rise in strategic importance in the global low-carbon energy transition due to its outstanding advantages such as storability, renewability, zero-carbon production, and high energy density. Currently, industrial hydrogen production still heavily relies on fossil fuels, generating substantial carbon emissions during the production process, which contradicts the [...]