Revealing the key factors behind titanium iridium plated mesh becoming an industrial darling

In the vast field of industrial manufacturing, titanium plated iridium mesh stands out as the preferred material for many industries. It is highly favored mainly due to its outstanding performance characteristics and wide range of application fields. Next, let's delve into these key factors. 

1、 Excellent performance characteristics

1. High conductivity

Titanium plated iridium mesh has excellent conductivity, which makes it shine in the field of electrochemistry. In the process of electrolyzing water to produce oxygen, it can quickly conduct current, promote efficient decomposition of water molecules, and significantly increase the rate of oxygen generation; In the chlor alkali industry, stable conductivity ensures the smooth progress of the electrolytic salt water reaction and improves the production efficiency of caustic soda and chlorine gas; In terms of wastewater treatment, its good conductivity helps to enhance the electrolysis reaction effect, more effectively remove pollutants from wastewater, and improve water purification efficiency and stability.

2. Excellent corrosion resistance

The iridium coating is like a strong armor, endowing the titanium plated iridium mesh with extremely strong corrosion resistance. Whether facing highly corrosive media such as strong acids and alkalis, or in complex chemical environments, it can hold its ground and resist erosion. This excellent corrosion resistance not only extends the service life of related equipment, but also reduces maintenance costs and replacement frequency, providing a solid guarantee for the stable operation of industrial production.

3. Good mechanical performance

Titanium mesh, as the underlying support structure, has excellent mechanical properties and chemical inertness. It can withstand significant impact and compression forces, maintain a stable shape under various harsh working conditions, and is not easily deformed or damaged. This enables titanium iridium coated mesh to reliably function in industrial scenarios that require certain mechanical stress.

4. Stable chemical and crystal structure

The unique and stable chemical and crystal structure of iridium coating is the key to the excellent performance of titanium plated iridium mesh in electrochemical reactions. This structure endows it with a longer service life, allowing its performance to remain stable throughout prolonged electrochemical reactions. At the same time, good electrocatalytic performance can accelerate reaction rates, improve production efficiency, and provide efficient solutions for many industrial processes that rely on electrochemical reactions.