Hydrogen Production by Electrolytic Cell Machine

• Customization: Available
• After-sales Service: 1 Year
• Warranty: 1 Year
• Model NO.: LBP-100
• Coating: Powder Coating
• Substrate: Nickel Mesh
• Condition: New
• Electrode Size: 2200mm X2200mm
• Coating Materials: Nial, Nimoal, Nifeal, Nixal, Nixxal
• Flame Temperature: 4000-5000°c
• Powder Delivery Method: External Powder Feeding
• Control Type: PLC+Touch Screen+Mass Flow Controller
• Main Gas Type and Pressure: Argon(0.35-0.7MPa)
• Secondary Gas Type and Pressure: Hydrogen(0.3-0.45MPa)
• Volume of Powder Storage Cylinder: 3lx2
• Powder Feeding Gas: Nitrogen or Argon
• Output High-Frequency Voltage: AC2500~3000
• Transport Package: by Wooden Box
• Specification: LBP-100S
• Trademark: Lijia
• Origin: China
• Production Capacity: 100 Set/ Yesr

Product Description

 (1) Alkaline electrolytic cell ALK because of its obvious development advantages, the mainstream trend will not change in a few years, nickel mesh electrode plasma spraying mode will be the most important catalytic electrode production mode in recent years.
(2) As the alkaline tank toward the large standard square, high electrical density, low energy consumption, wide load, lightweight trend continues to develop, the head company released 3000Nm³/h electrolytic cell, the size of nickel mesh electrode towards a larger direction, the future will have 3000mm diameter nickel mesh electrode more and more appear. The size of the nickel mesh catalytic electrode coating production line can be increased to more than 3 meters.
(3) With the acceleration of alkaline tank orders and installed capacity, the production of nickel mesh catalytic electrodes is forced to vigorously improve production efficiency, and the current traditional manual handling of spraying process flow mode will gradually fail to keep up with the improvement of production capacity, will be gradually eliminated, and automated intelligent spraying production line will become the mainstream.
(4) Plasma spraying equipment is developing towards a high-power mode, the power of the spray gun is gradually increasing, and the processing efficiency per unit time of the catalytic electrode plasma spray gun will also increase by more than 50% next year, further reducing the production cost, and with the increase in power, the catalytic performance will continue to improve.
(5) The spraying materials of catalytic electrodes are also continuously developed and optimized, and the advancement from binary materials to multi-powder materials is an inevitable law, and the coating performance of the spraying production line will continue to improve.
(6) With the increase in shipments of most of the electrolytic cell manufacturers with core technical capabilities, and the competition will be more intense, the cost of nickel mesh catalytic electrode in the electrolytic cell accounts for 15-20%, then the cost reduction and efficiency will be put on an important agenda, most electrolytic cell manufacturers in addition to purchasing catalytic electrodes from electrode manufacturers, they will also purchase spray production lines, and process themselves. Both to ensure delivery efficiency, while reducing manufacturing costs, and by optimizing the electrode spraying process, help to improve their own product performance, and to do process confidentiality, in the cost and performance of the double income, and have a greater say in the market.