(Ru/IrO2/Pt) Ruthenium-Iridium Titanium Electrode Plate Iridium Tantalum Coated Anode Platinum Titanium mesh (100mmX50mm) (Ir/Ta/Ti Network (stemless))

💖Specification type (100mm x 50mm) : Ruthenium-iridium titanium plate (with handle); Ruthenium-iridium titanium plate (stemless); Ruthenium-iridium titanium mesh (handle); Ruthenium-iridium titanium mesh (stemless); Iridium tantalum titanium plate (with handle); Iridium tantalum titanium plate (no handle); Iridium tantalum titanium mesh (with handle); Iridium tantalum titanium mesh (stemless); Platinum titanium plate (with handle); Platinum titanium mesh (with handle); Cathode titanium plate (with handle); Cathode titanium mesh (with handle); Cathode titanium plate (stemless); Cathode titanium mesh (sessless).💖Ruthenium titanium anode production process introduction: 1, choose TA1 type titanium substrate, ensure that the surface of the plate is smooth and smooth, no deep scratches and imperfections. 2. The selected titanium matrix is machined to the specifications and sizes required by customers. 3. The titanium substrate is annealed and levelled at a temperature of > 500℃. (To eliminate stress and ensure flatness.) 4. When annealed and levelled, a dense titanium oxide layer is formed on the surface of the titanium substrate, and it is polished by mechanical or artificial means to make its surface a metallic luster of titanium. 5. Pickling corrosion of titanium substrate with 10% concentration of oxalic acid is carried out for several hours in the micro-boiling state to etch the surface oxide layer into the surface of titanium hydride. 6, according to the customer's application of anode environment for a reasonable qualitative and quantitative allocation of precious metal solution. 7, the test pickling titanium substrate qualified, that is, the surface is a gray uniform hemp surface structure, and then artificial coating, sintering according to the set temperature, natural cooling after sintering, cooling to room temperature for a second coating, and so on, until more than 17 to 20 times the configuration solution coated. 8, after the completion of sintering of the above workpiece, with the furnace test piece for life test, test qualified packaging shipped.💖Ruthenium chloride evolution electrode (ruthenium-iridium) is suitable for hydrochloric acid system. Ruthenium-iridium titanium electrode parameters detailed: substrate: high purity titanium plate/net/tube TA1; Coating :RUO2+IRO2+X; Chlorine evolution potential :<1.13V; Strengthening life :80H-120H; Implementation standard :HG/T2471-2011; Applicable current :<3000A; Precious metal content :8~ 12g; Coating thickness :8~15 microns.💖Iridium series oxygen evolution electrode (iridium tantalum) is suitable for sulfuric acid system. Iridium tantalum titanium electrode parameters detailed: substrate: high purity titanium plate/mesh/tube TA1; Coating :TA205+IRO2+X; Oxygen evolution potential :> 1.45V; Strengthening life :300H-400H; Implementation standard :HG/T2471-2011; Applicable current :<15000A; Precious metal content :15~ 40g; Coating thickness :8~15 microns.💖Platinum functional electrode (platinum): suitable for a wide range of systems. Platinum electrode parameters detailed: substrate: high purity titanium plate/mesh/tube TA1; Coating :PT; Applicable current :<20000A; Coating thickness :0.3~10 microns.

• 🔔WODOFULHY Titanium anode for chlorine evolution Titanium anode is based on titanium plate, titanium mesh, titanium tube, coated with noble metal ruthenium oxide, has a strong chlorine evolution potential.
• 🔔High anti-corrosion performance, and good pole reversal performance; After the electrode is inactive, the substrate can be reused
• 🔔High current efficiency, low energy consumption compared with graphite anode; Long working life, in the chlor-alkali industry, the service life of more than 8 years.
• 🔔Chlor-alkali industry test data: chlorine evolution potential :≤1.13v; Chlorine evolution polarizability: ≤40mv; Strengthening life :≥3000min; Current density 10000A/m2
• 🔔Application fields: chlor-alkali industrial water treatment, chlorine gas production, electrolytic production of sodium hypochlorite, sewage treatment, swimming pool cleaning, diaphragm method of alkali, chlorate industry, electrolytic preparation of chlorine dioxide, acidic water electrolysis, electrolytic seawater chlorine, power plant recycling water sterilization and algae elimination, chloride system electrodeposition metal, ionized water electrolysis, electrodialysis, etc.