Fuel Cell Catalytic Spray Coating System in the Laboratory Ultrasonic fuel cell catalytic spray coating system in the laboratory The ultrasonic fuel cell catalytic spray coating system is a core experimental device independently applied in laboratory fuel cell electrode preparation research, dedicated to achieving uniform, efficient and controllable coating of catalyst layers on carbon paper substrates. Different from traditional manual coating and ordinary pneumatic spraying methods, this ultrasonic spraying equipment [...]

Electrochemical Technology for CO₂ Capture Electrochemical Technology for CO₂ Capture | Ultrasonic Coating Technologies for Electrolyzers | Cheersonic Against the backdrop of the current global push for carbon neutrality, electrochemical carbon capture technologies driven by renewable electricity have gradually become a research hotspot in the carbon management field, owing to their environmental friendliness and controllable energy consumption. This technology uses clean electrical energy as the primary energy input and achieves [...]

Precision Fudge Cutting Solution HFM2300 Manual Ultrasonic Cutting System: Precision Fudge Cutting Solution For food processing and small-batch production operations focused on confectionery manufacturing, precise and clean material cutting is always a core challenge. Traditional mechanical cutting tools often struggle with soft, sticky, and dense materials like fudge, causing common issues such as material adhesion, uneven cuts, crushed edges, and product waste. The HFM2300 Manual Ultrasonic Cutting System solves these [...]

PEM Electrolyzer MEA Catalyst Coating Equipment Technical Analysis of Ultrasonic Spraying Machines Adapted to PEM Electrolyzers and Fuel Cells (MEAs) In the process of the new energy industry's transformation towards cleaner and lower-carbon technologies, PEM electrolyzer hydrogen production and fuel cell technology have become core supports. Membrane electrode modules (MEAs), as the core components of both types of equipment, directly determine energy conversion efficiency, stability, and service life through their [...]

Ultrasonic Coating of Drainage Catheter Surfaces Ultrasonic Coating of Drainage Catheter Surfaces. Cheersonic ultrasonic catheter coating systems are engineered for precise, repeatable deposition of lubricious, hydrophilic, and functional coatings on catheters, guidewires, and medical tubing. In today's rapidly evolving landscape of medical technology, even a seemingly ordinary drainage catheter can see its performance subtly enhanced—reducing patient infection risk, minimizing tissue damage, and accelerating recovery. Traditional drainage catheters, whether used for [...]

Guidewire Spray Coating with PTFE Ultrasonic spraying technology offers significant advantages in the surface treatment of medical guidewires, enabling precise realization of composite functionalities combining PTFE lubricious coatings and drug-eluting coatings. The following outlines its core technical features and application solutions. Technical Principles and Equipment Characteristics Ultrasonic spray coaters atomize liquids into uniform droplets of 10–50 μm via high-frequency vibration (20–120 kHz), and when integrated with an XYZ three-axis motion [...]

Why is it Necessary to Prepare Surface Coatings? The surface of a material is the first line of defense against its interaction with the external environment or other substances, directly determining the performance of the material in practical applications. Therefore, special treatment is usually required through surface engineering techniques. It can be said that the surface of the material is the "forefront" where it functions, and preparing surface coatings is [...]

Ultrasonic Spray Coating for SU-8 Photoresist Ultrasonic Spray Coating for SU-8 Photoresist: An Innovative Solution Breaking Through Traditional Coating Bottlenecks SU-8 photoresist is a negative near-ultraviolet photoresist based on an epoxy resin system. Its molecular structure contains eight epoxy groups, which undergo a cross-linking reaction under ultraviolet irradiation to form a stable network structure. With its extremely low light absorption in the near-ultraviolet 365–400 nm wavelength range, excellent mechanical strength, [...]

Ultrasonic Graphene Spraying for PEMFC & AEMFC Electrodes Ultrasonic Graphene Spraying for PEMFC & AEMFC Electrodes | Cheersonic Proton exchange membrane fuel cells (PEMFCs) and anion exchange membrane fuel cells (AEMFCs), as core components of clean energy conversion devices, rely heavily on electrode performance to determine battery efficiency and cost. Low-Pt-loading PEMFC cathodes face the problem of low Pt utilization, while non-precious metal electrodes in AEMFCs are limited by insufficient [...]

Advantages of SU-8 for Complex Microstructures Advantages of SU-8 for Complex Microstructures | Ultrasonic spraying of irregularly shaped trenches and micropores In the field of micro/nano fabrication, SU-8 photoresist is a true all-rounder. Its widespread use stems from its unparalleled superiority in fabricating complex geometries such as irregular shapes, grooves, micropores, and trenches. Here are its core advantages: High Aspect Ratio and Near-Perfect Vertical Sidewalls – A Natural Ally for [...]