Name: Platinized Titanium Anode Rod
Brand: Jmyun
SKU: 214548907

Products Description

Substrate: Titanium (Gr1, Gr2),
Shape: Rod (customized)
Current density: ＜ 8000 A/m2
Production process: electroplating
Coating Material: Platinum (Purity 99.99%)
Precious metal content: ≥ 21.48 g/㎡
Platinum layer thickness: 0.2-15 μm
Temperature: ＜ 80 ℃
PH value: 1-12

Platinized Coating

Coating composition: 99.98% platinum;

Appearance color: silvery white;

Coating process: high temperature coating process

Coating hardness: <70HV;

Coating thickness: 0.2-3um (according to customer needs);

Gr1 high purity titanium substrate
We purchase high quality titanium substrates (titanium wire, titanium mesh, titanium plate, titanium rod, etc.) from titanium material bases, place the substrates on the laser cutting machine, and then process them into specific sizes and shapes according to customer drawings or requirements.

Coating
According to the anode environment applied by the customer, the qualitative and quantitative configuration of the precious metal solution is reasonable. Repeated coating, high temperature oxidation sintering treatment

Use environment

The use environment of platinum-plated titanium anode rod:

Upper limit of current density: 100A/dm2
Current type: direct current
Electric contact method: screw pressing, clamping, etc.
Use temperature upper limit: 45℃
Solution characteristics requirements: both acidic and alkaline solutions are acceptable, but cannot be used in solutions containing high concentrations of halogen elements (fluorine, chlorine, bromine, iodine, etc.), and the service life will be shortened in high concentration sulfuric acid solutions.

Application

titanium anode bar application

Production Process

Titanium Anode bar Production process

Company information

The sintered titanium-based platinum-coated anodes produced by our company are high-end insoluble anodes. They can be recycled at least twice if the titanium substrate is intact. Under the condition of the same platinum layer thickness, the life of the anode rod depends on the bonding strength between the platinum layer and the titanium rod. Generally, the failure of a platinum anode is not due to the exhaustion of the platinum layer, but the poor bonding strength between the platinum layer and the substrate, resulting in the shedding of the platinum layer. The titanium-based platinum-coated anodes of our company are treated with high temperature during production, and the coating is uniform, free of voids, good toughness, excellent bonding strength and super long service life. Each set of anodes comes with a complete test report, relieving customers' worries.

platinum coated titanium anode bar