-
Recovery of iridium from anodes containing iridium and titanium
In modern industry, iridium and titanium are widely used in various high-end technology fields, especially in electrochemistry and metallurgy. With the rapid development of industry, the use of......
10 2025-04 -
Iridium waste recycling and refining method and process
Source and pretreatment of iridium wasteIridium waste mainly comes from industrial catalysts, electronic components, high-temperature alloy waste and laboratory waste. It needs to be physically sorted......
10 2025-04 -
Iridium Recycling Guide
Importance of IridiumDue to the scarcity of iridium, recycling iridium has become an important means of resource utilization. This article will introduce the recycling and purification process of......
10 2025-04 -
Separation and recovery of iridium from metal coatings
Iridium is a rare precious metal known for its high corrosion resistance, high temperature resistance and excellent electrical conductivity. It is a key material in many industrial applications,......
09 2025-04 -
Common uses of iridium
Iridium is a rare precious metal belonging to the platinum group of metals. It is known for its excellent corrosion resistance, high temperature resistance and extremely high density, so it has unique......
09 2025-04 -
Recycling Iridium from Iridium Waste
What is iridium waste?Iridium waste is industrial waste or obsolete products containing iridium. Common forms include platinum-iridium alloy fragments (such as electrodes, high-temperature equipment......
09 2025-04 -
How to Recycle Deactivated Iridium Catalyst
Iridium is a very important member of the precious metals and is widely used in catalysts, electronic components, chemical reactions, and especially in automotive catalytic converters. Iridium......
09 2025-04 -
Platinum-iridium alloy recovery and purification process
Platinum-Iridium Alloy is an extremely precious and high-performance metal alloy, which is widely used in high-end industries such as aerospace, medical, electronics, and chemistry. Due to its unique ......
09 2025-04 -
Recovery of iridium from deactivated iridium oxide
Iridium oxide (IrO₂) is a core material in the fields of chlor-alkali electrolysis and organic catalysis. Its deactivation is mainly caused by chemical poisoning, high-temperature sintering or......
09 2025-04 -
Analysis of technology and process for recovering iridium from iridium titanium plate
Iridium titanium plate is a special functional material composed of precious metal iridium (Ir) and titanium (Ti). It combines the excellent properties of the two metals and shows irreplaceable......
09 2025-04