Introduction
Hydrogen Oxygen Machine, is the ideal, safe, reliable, effective and environmentally friendly way to weld metal wires, enameled (lacquered) copper wires, melt and process gold, platinum jewelry or other metals.
The working principle of the hydrogen and oxygen water welding machine is to connect the direct current at the two stages of the electrolysis cell of the water welding machine, so that the water inside the electrolytic cell will undergo an electrochemical reaction to generate hydrogen and oxygen, and then burn with hydrogen as fuel and oxygen as combustion aid. Through the one-way anti-counter-flow valve, wet anti-backburner and dry flame arrester, it will be transported to the hydrogen and oxygen flame gun (built-in dry flame arrester) and ignite to form a precise hydrogen and oxygen flame. The welding of different workpieces, hydrogen and oxygen gas is clean, non-toxic and tasteless, and water vapor is generated after combustion, without atmospheric pollution.
Parameters
Model number :F13
Hydrogen-oxygen flow rate:2.2L/min
Oxygenation flow rate 1-4L/min
Maximum water volume :1.6L
Electrolyte concentration :3%
Operating pressure :0-0.03bar
Power input :AC110V/220V
Package size :33*33*1100px
Weight :8KG
Configuration:
1.Digital large screen display - intuitive operation.
2.Water shortage alarm - protect the electrolyzer and prolong the life of the machine.
3.Timing function-accurately control the running time.
4.Oxygen boosting function--Increase the gas output of the machine, the increment is adjustable.
5.Post-filter-Recover the water in the system to make the gas pure.
6.Pre-filter-Improve the purity of gas, make the gas more pure.
Applications:
1. Utilized in a wide range of applications including motors, compressors, pumps, and other industrial and agricultural machinery for transmission equipment welding.
2. Extensively employed in drill brazing, alloy jewelry brazing, as well as gold and silver jewelry welding.
3. In the advertising industry, it is commonly utilized for the edge polishing of acrylic semi-finished products, shaping surface polishing of acrylic crafts, irregular acrylic product polishing, etc., as well as section/cutting surface polishing of certain glass crafts.
4. Applied in ship fuel engines and automobile engine fuel efficiency enhancement and power improvement.
5. Employed in precision welding fields such as thermocouple bimetal wire welding and platinum resistance welding for temperature-sensitive electronic components.
