ALES-L-2020 Desktop Electrostatic Sprayer – Precision Coating for Membrane Electrodes & Catalysts

Overview The ALES-L-2020 desktop electrostatic sprayer is a compact, high-precision coating system designed for research and development of fuel cell membrane electrodes, catalysts, and related materials. Composed of a 3-axis motion control module, electrostatic spraying unit, precision syringe pump, and vacuum heating platform, its space-saving desktop design (similar in size to a standard printer) allows easy placement in fume hoods or laboratory benches??making it ideal for universities and research institutions.

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Description

Key Specifications

Motion Control Module
Motion Axes: 3 axes (X, Y, Z)
Maximum Spraying Area: 200x200mm (effective area)
Motion Precision: <0.1mm Maximum Speed: 0-15000mm/min (real-time adjustable) Control Software: Optional control board (customizable module) Electrostatic Atomization System Electrostatic Voltage: 5-15KV (adjustable per user needs) Nozzle Material: 316L stainless steel with gold plating (corrosion-resistant) Atomized Particle Size: 30-80??m (varies with slurry properties and parameter settings) Atomization Radius: Adjustable (depends on nozzle height) Pipeline Inner Diameter: 1.6mm (minimizes slurry waste) Pipeline Material: High-transparency silica gel (easy to observe slurry flow) Feeding System (Syringe Pump) Connector Material: Copper with nickel and gold plating (corrosion-resistant) Flow Rate Range: 0.01~99ml/min Flow Rate Accuracy: ?ܡ?1.5% Maximum Spraying Volume: 20ml (expandable; equipped with a 20ml syringe) Heating Function Temperature Control Range: Room temperature ~ 108?? (with overheating protection to prevent excessive heating) Order Information Optional control boards and expanded volume configurations are available??please specify requirements. For pricing, technical details, or customization, contact our sales team. Ideal for laboratory-scale R&D, offering precise coating to support material performance optimization.