ATRS-100：Designed specifically for electrocatalysis and surface interface research, offering a highly sensitive and interference-free infrared spectroscopy detection solution.

The EWIN TECH SCE-200 Electrochemical Microreactor is a precision experimental device designed for membrane-free electrocatalysis, electrosynthesis, and other electrochemical reactions.

The interior of the electrolytic cell is ingeniously divided into an anode chamber and a cathode chamber by a diaphragm, specifically designed for electrocatalysis and electro-synthesis reactions.

The EWIN TECH FLO-S25 Organic Electrocatalytic Reactions Flow Cell is designed to achieve continuous supply of reactants and timely removal of products through continuous flow of electrolyte.

The EWIN TECH HM-200 Fuel Cell MEA Test Fixture is designed for the performance evaluation of the core components of hydrogen and oxygen fuel cells, equipped with gold-plated current collector and high-precision contact technology, abandoning the interference of traditional alligator clamps, accurately measuring key parameters such as polarization curve, AC impedance, Electrochemical Active Surface Area and hydrogen permeation current density, ensuring long-term stability under high-frequency testing, and providing a highly compatible and reliable integrated testing solution for fuel cell R&D and quality inspection.

The EWIN TECH HM-200H Humidifying Fuel Cell MEA Test Fixture is a special fixture used to test the polarization curve, AC impedance, Electrochemical Active Surface Area, hydrogen permeation current density , activation polarization overpotential and Ohmic polarization overpotential of hydrogen and oxygen fuel cell membrane electrodes.

EWIN TECH HC-100H: Integrated gas-liquid-solid three-phase boundary and Mechanical-electric-thermal multi-field coupling technology; Supporting full-range environmental control: Ambient ~ 95°C、RH 100%

EWIN TECH HC100: Innovative gas-solid-liquid three-phase boundary technology, breaking through the traditional RDE dissolved oxygen mass transfer bottleneck; Can precisely simulate the MEA conditions.