vatican Visualized Electrolysis of Water

This apparatus is designed for water electrolysis experiments. The electrolyte is pumped by a peristaltic pump into the lower chambers of the two electrodes, flows through the flow channels and the anode and cathode to reach the catalyst’s active sites, where hydrogen evolution occurs at the cathode and oxygen evolution takes place at the anode. Following the reactions, the mixed gas–liquid effluent exits from the upper side; the gas–liquid mixture then passes through a gas–liquid separator, with the gas discharged and the electrolyte returned to the reflux tank. Meanwhile, a temperature-control system heats both the anode and cathode plates, enabling precise regulation of the electrolysis temperature.

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Product Description

Electrolysis of water
Material	Reactor: Stainless steel with gold plating (titanium, titanium with platinum coating, and nickel options available)
Main Parameters	The complete system includes: Reactor , peristaltic pump, heating device, test stand, thermocouple, heating plate, reflux tank, reflux tank heater, gas–liquid separator, rubber tubing; The electrolyzer has external dimensions of 100 × 100 mm, with flow channel dimensions of 20 × 20 mm (customizable).
Uses and Features	This apparatus is designed for water electrolysis experiments. The electrolyte is pumped by a peristaltic pump into the lower compartments of the two electrode plates, flows through the flow channels and the anode and cathode electrodes to reach the catalyst’s active sites, where hydrogen evolution occurs at the cathode and oxygen evolution takes place at the anode. Following the reactions, the electrolyte–gas mixture exits from the upper compartment; the gas–liquid two-phase stream then passes through a gas–liquid separator, with the gas vented and the electrolyte returned to the reflux tank. Meanwhile, a temperature-control system heats both the anode and cathode plates, enabling precise regulation of the electrolysis temperature. Note: Reactor The thickness of the middle sealing gasket is related to the electrode sheet thickness; it is not included in the shipment and must be ordered separately by the customer. If you wish to purchase it from us, please contact customer service!

Electrolysis of water

Material

Reactor: Stainless steel with gold plating (titanium, titanium with platinum coating, and nickel options available)

Main Parameters

The complete system includes: Reactor , peristaltic pump, heating device, test stand, thermocouple, heating plate, reflux tank, reflux tank heater, gas–liquid separator, rubber tubing;
The electrolyzer has external dimensions of 100 × 100 mm, with flow channel dimensions of 20 × 20 mm (customizable).

Uses and Features

This apparatus is designed for water electrolysis experiments. The electrolyte is pumped by a peristaltic pump into the lower compartments of the two electrode plates, flows through the flow channels and the anode and cathode electrodes to reach the catalyst’s active sites, where hydrogen evolution occurs at the cathode and oxygen evolution takes place at the anode. Following the reactions, the electrolyte–gas mixture exits from the upper compartment; the gas–liquid two-phase stream then passes through a gas–liquid separator, with the gas vented and the electrolyte returned to the reflux tank. Meanwhile, a temperature-control system heats both the anode and cathode plates, enabling precise regulation of the electrolysis temperature.

Note: Reactor The thickness of the middle sealing gasket is related to the electrode sheet thickness; it is not included in the shipment and must be ordered separately by the customer. If you wish to purchase it from us, please contact customer service!