Iridium oxide coated titanium electrode mesh for swimming pool
chlorinator
Iridium oxide coated titanium electrode mesh is a type of material
that can be used in swimming pool chlorinators. This type of
electrode mesh is designed to be highly resistant to corrosion and
wear, which makes it ideal for use in harsh environments like
swimming pools.
When an electric current is passed through the iridium oxide coated
titanium electrode mesh, it produces chlorine gas from the salt
present in the water. This chlorine gas then dissolves in the
water, producing a disinfectant solution that helps to keep the
pool clean and free from harmful bacteria.
One of the benefits of using iridium oxide coated titanium
electrode mesh is that it has a long lifespan and is highly
resistant to corrosion. Additionally, this type of electrode mesh
is easy to maintain.
Overall, if you are looking for a reliable and long-lasting
material for use in a swimming pool chlorinator, iridium oxide
coated titanium electrode mesh is a great choice.
Iridium oxide coated titanium electrode mesh for swimming pool
chlorinator Specification
Item Name | titanium electrode mesh for swimming pool salt water chlorine
generator;MMO electrode for swimming pool chlorine
generator;Titanium
anode for pool and SPA chlorination. |
Base material | Gr1/Gr2 |
Coating | Ru-Ir coating, Ir-Ta coating, Ru-Ti coating |
Coating Thickness | 1~30micron |
Dimension & Shape | Sheet, mesh, tube, ribbon, bar, plate,wire ects. Different dimension and shape is available, or according to
client's drawings. |
Working Equipment | swimming pool salt water chlorine generator |
Working life | 1-5year |
Technology | Sand blasting,Acid washing,Brush Coating, Sintering |
Features | 1) Stable working ability under high current density & Voltage 2) High electrolysis efficiency 3) Stable electrolysis ability 4) High anti-corrosion property 5) The base material can be recycled and recoated with MMO for
reuse 6) Longer working life etc. |
Applications Fields | Swimming pool disinfection;Swimming pool chlorine generator;
Swimming pool salt water chlorine generator;Pool and SPA
Chlorination; Salt water chlorine generator; Salt chlorine
generator;Pool and SPA Chlorination; |
Certificate | ISO 9001; |
Typical working conditions:
Recommended salt concentration: 3-4 g/l or can be as your design
Water temperature: from 25 to 37 °C
PH: 6-8
Current Density:100-300A/M2
Minimum Time for Strengthening Life:≥100 hours(2A/dm2,reverse the
directions every 2 minutes)
Main Compositions:Pt+Ir/RuO2+IrO2
We manufactures titanium electrode and Platinized Titanium Anodes
used in all major manufacturers of swimming pool
electrochlorinators worldwide. also can be coating by Ir Oxide,Ru
Oxide etc
Advantages:
No handling of toxic, dangerous chemicals;
Hypochlorite with no additional impurities is produced;
Disinfectant has a close to neutral pH, meaning the system is not
susceptible to changes in pH;
Continuous coating improvement and cell optimization to improve
coating life;
Ability to fabricate complex anode structures and provide complete
assembly services for cells and complete units under OEM agreement;
Test:
Coating X-Ray Test
Coating Thickness Test
Helium Leak Detection Test,
Contact Resistance Test
Performance Test and other test.
MMO Coating types:
Ru-Ti oxide mixed, Ru-Ir oxide mixed, Ru-Ir-Sn oxide mixed,
Ru-Ir-Pt oxide mixed, Ir-Ta oxide mixed, IrO2,Platinum, PbO2.
Application Case:
There are many examples of the successful use of iridium oxide
coated titanium electrode mesh in swimming pool chlorinator
applications. One example is the installation of this type of
electrode mesh in a large commercial swimming pool in Australia.
The pool, which was used by a large number of people every day, was
struggling to maintain consistent levels of chlorine in the water
using traditional methods. The pool owner decided to install an
iridium oxide coated titanium electrode mesh chlorinator system to
improve the water quality and reduce maintenance costs.
The system consisted of a control panel and a series of iridium
oxide coated titanium electrode mesh cells installed in the pool's
circulation system. The cells were arranged in such a way as to
provide a consistent flow of chlorine gas into the water, ensuring
that the chlorine levels remained within the optimal range.
After the system was installed, the pool owner reported a
significant improvement in water quality, with fewer instances of
algae growth and other water quality issues. Additionally, the
system required very little maintenance, with the electrode mesh
cells only needing to be cleaned periodically.
Overall, the use of iridium oxide coated titanium electrode mesh in
swimming pool chlorinator applications has been shown to be highly
effective and reliable, providing a cost-effective solution for
maintaining clean and safe swimming pool water.
