Ti Anode Fabricators Private Ltd, is a professional manufacturer of platinum electrodes with 29 years of technical experience. The platinum electrodes produced for hydrogen-rich electrode are of strong corrosion resistance, stable performance, high output current density, low working voltage and long working life characters.
Parameters of platinum electrode for hydrogen rich water ionizer:-
Substrate material: Titanium Grade One
Electrode connection material: Titanium (No welding)
Plating or Coating process: Electro Deposition process
Plating or Coating composition: Pure platinum
Precious metal coating thickness: 0.25 - 5 µm (Micron)
Operating current density: 1500A / m2
Coating or Plating Features: Platinum and titanium substrate combined with a solid, stable performance, high output current density, long operating life
Electrode Shapes: mesh, plate, tubular, rod, wire, or customized
What is Hydrogen Rich Water? Why Hydrogen Rich Water is needed?
Water is an indispensable component of human body, but 99.9% of the Earth's available water resources are lacking of hydrogen. The hydrogen-rich water which can help people remove free radical is little. It is because of the hydrogen-rich water's antioxidant properties and scarcity, the production of hydrogen-rich water is necessary.
Electrolysis of water, that is, water generates hydrogen and oxygen through the direct current power. Some hydrogen is dissolved into water in electrolysis process, and the hydrogen-rich water is formed. The water dissolved water has a strong reduction capability. It can neutralize the body's blood and cells of reactive oxygen species (free radicals), remove the free radicals in the skin of the body.
The core part of hydrogen electrolysis equipment is electrolytic cell, while the electrode material is the key to the electrolytic cell. As the anode area is of strong acid character in the process of electrolysis, the electrode must be acid and corrosion proof. Therefore, it cannot use nickel, iron and other cheap materials, but to use platinum-plated electrode.