Knowledge-to-Application Path
What Is Electrochemistry?
Understand electrochemical reactions and the conversion between chemical and electrical energy.
- Electrochemical reactions
- Anode & cathode
- Electrolytes
- Electrochemical cells
Oxidation & Reduction
Learn the core redox processes governing batteries, fuel cells and electrolyzers.
- Oxidation
- Reduction
- Electron transfer
- Redox reactions
Oxidation & Reduction
Learn the core redox processes governing batteries, fuel cells and electrolyzers.
- Oxidation
- Reduction
- Electron transfer
- Redox reactions
Electrodes
- Anode
- Cathode
- Current collector
- Gas diffusion electrode
- Porous electrode
Catalysts
- Platinum
- Iridium
- Ruthenium
- Nickel / cobalt / iron
- Carbon-based catalysts
Catalyst Inks
- Ink formulation
- Dispersion
- Viscosity
- Stability
- Sprayability
Electrode Preparation
- Substrate preparation
- Catalyst ink preparation
- Coating
- Drying
- Heat treatment
Ultrasonic Spray Coating
- Fine atomization
- Uniform catalyst deposition
- Precise coating thickness
- Low overspray
- High material utilization
Coating Structures
- GDE coating
- MEA coating
- CCM coating
- Membrane coating
- Porous substrate coating
PEM Fuel Cells
MEA, CCM, GDL, Pt catalyst layers
PEM Water Electrolysis
Iridium, platinum, membrane
electrode assemblies
CO₂ Electrolysis
GDEs, catalyst inks, CO₂ reduction
electrodes
Batteries
Li-ion, Na-ion, solid-state electrode
coatings
Supercapacitors
Carbon materials and conductive
layers
Electrochemical Sensors
Biosensors, gas sensors, functional
electrodes
Hydrogen Production
Electrolyzer electrodes and catalyst
coatings
H₂O₂ Production
Electrode preparation and catalytic
layers
Electrochemical Performance
- Current density
- Voltage
- Overpotential
- Faradaic efficiency
- Tafel slope
Electrode Properties
- Electrochemical surface area
- Porosity
- Conductivity
- Ionic conductivity
- Mass transport
Coating Control
- Catalyst loading
- Coating thickness
- Ink viscosity
- Spray rate
- Drying conditions
Test Your Electrochemical Coating Process
Send us your substrate, catalyst ink or coating requirements for ultrasonic spray coating evaluation.
NEWS
Spray Coating AEMFCs
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Fuel Cell Coating Machines For AEMFC
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Importance Of The Catalyst Layer
Importance Of The Catalyst Layer Importance Of The Catalyst Layer [...]
Development of fuel cell membrane electrode assemblies
Development of fuel cell membrane electrode assemblies Development of Fuel [...]
Introduction of Lithium Ion Battery Separator
Introduction of Lithium Ion Battery Separator Introduction of Lithium Ion [...]
Types of Proton Exchange Membranes
Types of Proton Exchange Membranes Types of Proton Exchange Membranes [...]
Proton Exchange Membrane Mechanism Of Action
Proton Exchange Membrane Mechanism Of Action Proton Exchange Membrane Mechanism [...]
Fuel Cell Coating Machines For AAEMFCs
Fuel Cell Coating Machines For AAEMFCs Cheersonic's Fuel Cell Coating [...]
Electrode Spray Coating Machine
Electrode Spray Coating Machine Electrode Spray Coating Machine - Electrode [...]
Polymer Exchange Membrane Fuel Cells Coating
Polymer Exchange Membrane Fuel Cells Coating Polymer Exchange Membrane Fuel [...]
GDL Within PEMFCs
GDL Within PEMFCs GDL Within PEMFCs - Ultrasonic Spray Coater [...]
GDLs of PEMFC
GDLs of PEMFC GDLs of PEMFC - Ultrasonic Coating Systems [...]
