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Ultrafine copper powder is a finely divided form of copper that consists of particles with a very small average particle size, typically in the nanometer range. The production of ultrafine copper powder involves various techniques such as chemical reduction, electrolysis, and atomization. These methods result in the formation of copper particles with a high surface area to volume ratio, making them suitable for a wide range of applications in various industries.
One of the primary uses of ultrafine copper powder is in the electronics industry. Due to its excellent electrical conductivity, copper is an essential material for manufacturing electronic components such as printed circuit boards (PCBs) and conductive inks. The ultrafine form of copper powder is particularly valuable for these applications as it allows for the precise and even deposition of copper in tight spaces, contributing to the miniaturization and performance of electronic devices.
In addition to electronics, ultrafine copper powder finds applications in fields like metallurgy, catalysis, and the production of high-strength alloys. Its ability to enhance the properties of materials, such as increasing the strength of copper-based alloys, makes it a versatile material in engineering and manufacturing. Overall, ultrafine copper powder plays a critical role in advancing technology and driving innovation across multiple industries.
High purity Nano Cu Powder cost from $1,800 up to $5,000 per 1 gram, depending on the purity and size. Therefore nano Cu Powder is one of the most expensive elements in the world. No matter how it is created primarily for Space programs used to produce a W-Cu bimetal composite and partially for medicine for cancer diagnoses and treatment, it’s a well-known fact that large banks are the biggest buyers due to its extreme and stable value. They use it as collateral and as an investment instrument, same as gold or bonds. Based on these and all other facts, ultrafine and high purity nano Cu Powder is for sure an investment product.
As there is no open market for such a highly valuable material, we have decided to create a common ultrafine and nano CuPowder market by providing a blockchain enabled cryptocurrency trading platform with all time secured pysical underlying asset.
In various industries, copper, among the different conductive materials, has been established as an essential choice because of its high electrical conductivity, relatively higher melting point, excellent solderability, low electrochemical migration behavior, and low materials cost. Recently, copper nano-size particles in the form of powder are at present of great interest in submicron and several fields of chemistry and material science.
However, producing copper powder is a complex process done in advanced laboratories. Depending on the high-level purity producers plan to obtain (99,999+%) can require between 100 and 250 kilograms of raw materials (cooper); that’s how ultra-fine nano copper powder ends up as one of the world’s most valuable elements.
Applications of copper powder include self-lubricating bearings, electrical parts, conductive epoxy, etc. The ultra-fine copper powder was also offered for new developing opportunities such as metal injection, electronics, ceramics, and thick/thin film applications. It is worth mentioning that Cu powder is a non – radioactive and non-toxic material.
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