500 ml/min Hydrogen Flow PEM Electrolysis Cell for and High Production Rate Fuel Cell
Brand Name:SAIKESAISI
Place of Origin:Shandong, China
Price:$620.00/sets 1-4 sets
Production Rate:Ha production rate : 0-500 ml/min
Weight:2.5 KG
Dimension(L*W*H):140mm diameter
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Location:
Jinan Shandong China
Address:
No. 1999, Dazheng Road,High-tech East Zone, Jinan City, Shandong Province, China
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within 14 hours
Product Details
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Product Details
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.
Product Description
1.Negative electrode
2. Oxygen and water outlet
3. Positive Electrode
4.H2 outlet
5.Fix Bracket
6.Water Inlet
2. Oxygen and water outlet
3. Positive Electrode
4.H2 outlet
5.Fix Bracket
6.Water Inlet
Specification
Model | QLC-500 |
Product name | electrolyzer cell |
Hydrogen flow | 500 ml/min |
Oxygen flow | 250 ml/min |
voltage (V) | 5 |
current (A) | 45 |
layer | 1 |
Water Temperature(℃) | 5-55 |
Electrical Resistivity(MΩ/cm) | > 1 |
Net weight (KG) | 2.5 |
Warranty Year | 1 |
Application
1.used for hydrogen&oxygen generator
2.used for Hydrogen Rich Water machine
3.used for helth care equpment
3.used for experiment
2.used for Hydrogen Rich Water machine
3.used for helth care equpment
3.used for experiment
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Manufacturing Technique
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.
500 ml/min Hydrogen Flow PEM Electrolysis Cell for and High Production Rate Fuel Cell
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