Recycling and recovery costs of iridium titanium plates

Mondo Technology Updated on 2024-02-06

Iridium titanium plate is a metal material with high strength, high corrosion resistance and high conductivity, which is widely used in aerospace, medical, chemical and other fields. However, the production cost of iridium titanium plate is very high, and resources are limited, so the use of iridium titanium plate is an effective way to save resources and protect the environment.

So, what is the utilization and cost of iridium titanium plates? According to the market, the cost of iridium titanium plate is about 5,000 yuan per kilogram, and the cost depends on the method and efficiency. Generally speaking, there are two main ways to isolate iridium titanium plates: one is the physical separation method, that is, the physical properties of iridium titanium plates such as density, magnetism, and electrical properties are used to separate them from other materials; The other is the chemical dissolution method, that is, the use of acid, alkali, oxidant and other chemical reagents to dissolve the iridium titanium plate into a solution, and then through electrolysis, precipitation, purification and other steps, the iridium titanium metal is extracted.

The advantages of the physical separation method are that the operation is simple, the cost is low, generally less than 100 yuan per kilogram, and it will not produce harmful waste liquid; The disadvantage is that the efficiency is low, generally only about 60% of the iridium titanium plate can be produced, and the separated iridium titanium plate may also contain impurities, which need to be further treated. The advantage of the chemical dissolution method is that it has high efficiency, generally more than 90% of the iridium titanium plate can be produced, and the dissolved iridium titanium plate can achieve high purity; The disadvantage is that the operation is complex, the cost is high, generally more than 1000 yuan per kilogram, and a large amount of harmful waste liquid will be generated, which needs to be properly disposed of.

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