The buyers of copper iridium including coin minting companies.
Copper iridium is a binary alloy composed of copper and iridium. It is known for its high hardness, good wear resistance, and high temperature stability, making it useful for applications such as electrical contacts, spark-resistant tools, and high-performance bearings.
It cannot without radioactive decay, and it is impractical to imagine copper (element 29) undergoing enough positron emissions to become iridium (element 77). There is no chemistry which can possibly turn copper into iridium, and no known physics either.
Companies that buy iridium typically include manufacturers of specialized equipment such as spark plugs, fountain pen nibs, and high-performance electrical contacts. Iridium is also used in certain medical devices and in the aerospace industry for its high heat resistance. Some companies may also use iridium in catalysts for chemical production and pollution control.
Iridium-copper alloy is highly dense and has strong magnetic properties due to the presence of iridium. These properties can create a strong electromagnetic field, which can cause magnetic materials such as rice grains or certain electronic components in a car engine to be attracted or disrupted.
Iridium is primarily obtained as a byproduct of nickel and platinum mining. It is usually found in alluvial deposits or in ores such as nickel-copper sulfide ores. The extraction process involves crushing and grinding the ore, followed by flotation to concentrate the metal, and then refining through methods like hydrometallurgical techniques or chemical leaching to isolate iridium. Recycling from electronic waste and catalytic converters is also a significant source of iridium.
Iridium can form alloys with copper.
Iridium is obtained as a by-product in the nickel or copper production.
Copper iridium is a binary alloy composed of copper and iridium. It is known for its high hardness, good wear resistance, and high temperature stability, making it useful for applications such as electrical contacts, spark-resistant tools, and high-performance bearings.
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1 rupee
chromium copper iridium platinum
It cannot without radioactive decay, and it is impractical to imagine copper (element 29) undergoing enough positron emissions to become iridium (element 77). There is no chemistry which can possibly turn copper into iridium, and no known physics either.
if happens , who will tell
No, how can it? One type of atom doesn't spontaneously convert to another type of atom, except under conditions of great heat (as in the interior of stars), or in cases of radioactive decay. Iridium is a different element - a different type of atom. If no iridium was present at the start, none will appear.
In the year 1616, when British people had establish east India company, there was a very long solar eclipse, During that period the Indian saints had discovered a rare element Iridium, which was believed to have no-corrosion properties, it is believed that these pieces of iridium came from mateiors falling on the earth, Generally meteior burn off due to air friction when they enter the earths atmosphere. but iridium having a very high melting point survived all the heat and finally fall on earth. Iridium is a very very rare and costly metal. In those days, when the british government came to knew about these metal, they decided to mix it with copper to make non-corrosive currency and utensils. It was later found that the compound copper iridium had magical properties like pulling a rice coin , affecting electronic equipment in its vicinity and so on.
CR9E Standard Copper Core and CR9EIX Iridium, NGK brand. Both will fit but I would recommend the Iridium plugs.
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