Titanium Electrodes With Metal-coated are high-performance electrodes widely used in electrochemical processes. It uses high-quality titanium material as the base material and coats it with a layer of metal material such as platinum, iridium or rhodium. The electrode of this structure combines the corrosion resistance of titanium and the catalytic activity of metal coating, which makes it have excellent performance and multiple application advantages.

Titanium Electrodes With Metal-coated have highly efficient electrochemical reaction characteristics. The metal coating provides larger surface area and higher catalytic activity, which can accelerate the rate of electrochemical reaction. This means that during the electrolysis process, the electrodes are able to deliver higher current densities and faster reaction rates, resulting in increased production efficiency. In addition, its low resistance and high conductivity also help reduce energy consumption and improve energy utilization efficiency.

Products Parameters

Base material	GR1 titanium
Coating composition	metal ruthenium-iridium, iridium-tantalum, platinum
Working current range	<7500A/㎡
Working temperature	<65°C
Coating thickness	0.2-10μm
Use environment	PH value: 0-14

Products Shape

wire

tube

plate

profiled

product-1-1

Products Features

Efficient reaction

The metal coating provides a larger surface area and higher catalytic activity, which can accelerate the electrochemical reaction rate and improve production efficiency.

Long life

Metal-coated titanium electrodes have excellent durability, can maintain stable performance in long-term use, reduce the frequency of maintenance and replacement, and reduce the cost of use.

High selectivity

The metal coating can provide specific catalytic activity, making the electrode highly selective, enabling more precise control and adjustment of the electrochemical reaction process, and achieving high-purity product preparation.

Pollution resistance

The metal coating resists the adsorption and accumulation of pollutants, keeps the electrode surface clean and maintains stable performance, allowing it to maintain efficient operation for a longer period of time.