Product Categories

Complete Hydrogen Generation System

[17]

Hydrogen Oxygen Inhalation Machine

[2]

Others

[2]

Contact Now

Shandong Saikesaisi Hydrogen Energy Co., Ltd

Visit Website

City:jinan

Province/State:shandong

Country/Region:china

Contact Person:MrRick Hu

View Contact Details

Contact Now

China Compact and PEM Hydrogen Electrolyzer QLC-138A with 0-300 ml/min Production Rate wholesale

Compact and PEM Hydrogen Electrolyzer QLC-138A with 0-300 ml/min Production Rate

Name: Compact and PEM Hydrogen Electrolyzer QLC138A with 0300 mlmin Production Rate
Brand: SAIKESAISI
Price: 530.00 USD

Ask Latest Price

Video Channel

Place of Origin :Shandong, China

Brand Name :SAIKESAISI

Price :$530.00/pieces 1-9 pieces

Production Rate :0-300 ml/min

Weight :1.5kg

Dimension(L*W*H) :210mm 200mm 210mm

Warranty of core components :1 year

Contact Now

Add to Cart

View Product Description

Product Description

Compact and PEM Hydrogen Electrolyzer QLC-138A with 0-300 ml/min Production Rate

Product Introduction

QLC electrolysis cell is an advanced patented product, which are light , highly effective, energy-saving and of environmental protection , producing hydrogen and oxygen through the electrolysis of pure water (without adding alkali). That's PEM technology. The SPE electrodes, as the core of cell , are highly active catalytic electrode with nearly zero distance between the electrodes ,which is formed by integrating composite catalyst with and ion membrane with high electrolytic efficiency.

Working Principle

Electrolytic water meeting the requirements (with electrical resistivity >1MΩ/ cm) , after being put into the anode chamber of electrolytic cell, when power is switched on ,will be decomposed at once at the anode : 2H2O = 4H+ + 2O-2. The decomposed negative oxyanion (O-2) will immediately release electron to form oxygen (O2) gas.The hydrogen proton, in the form of aqua ion (H+.XH2 O),and under the action of electric field force, through SPE ion membrane, will arrive in the cathode to absorb electron to form hydrogen gas.

Specification