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Iridium powder is utilized in numerous industries due to its exceptional properties. The following are some types:
Iridium 90/10 Powder
This alloy comprises 90% platinum and 10% iridium. It is utilized in catalytic converters in automobiles and chemical processing equipment exposed to corrosive elements.
Iridium trademark Powder
This is a blend of minerals that contains 90% platinum and 10% iridium. It is commonly used in electrical contacts due to its corrosion resistance and ability to function under heavy loads.
Ultrafine Iridium Powder
Ultrafine iridium powder features a small particle size, generally less than 5 micrometers. Such a size enables it to have a high surface area, thus making it ideal for catalytic applications in the automotive and chemical industries.
High Purity Iridium Powder
High purity iridium powder generally has a purity level beyond 99.9%. This makes it suitable for the electronics industry, especially in the production of semiconductors and other high-tech components that require minimal impurities.
Micron Iridium Powder
This micron iridium powder is 1-5 microns in particle size. It is used in the manufacture of medical devices and implants in the medical industry. Its biocompatibility and resistance to corrosion make it ideal in this field.
Iridium Ashes Powder
This is a unique way of commemorating loved ones that have passed away. Iridium ashes powder is mixed with resin to create a beautiful and lasting memorial that will be distinguished through its shine and glitter.
Iridium Powder 500g
The 500-gram iridium powder is typically sold to industrial and laboratory use. It can be used for investment or research purposes though, at a larger quantity, it is primarily used in bulk manufacturing processes such as creating catalysts or iridium alloys.
Iridium powder is a rare and valuable metal that has several important applications. The following are some future applications:
Autocatalyst
Iridium powder is utilized in automotive catalytic converters to help reduce harmful emissions. The rising stringency in global emission regulations is expected to increase the demand for iridium in this application. It helps improve the efficiency of the catalytic reactions and decrease the amount of iridium required while maintaining performance.
Chemical and Petroleum Industry
Iridium is found in chemical reaction systems that process acids and other corrosive materials. The chemical and petroleum industries may witness an increase in demand for iridium powder since it will be used in continuous improvement systems and more aggressive chemical processes.
Medical Equipment and Devices
Iridium’s biocompatibility and resistance to corrosion will be used in medical devices such as pacemakers, stents, and catheters. As the technology in the healthcare sector advances, the need for more durable and chemically stable materials will likely make iridium in high demand.
Aerospace Applications
Iridium’s exceptional melting point and ability to resist extreme temperatures will serve critical roles in aerospace components. The aerospace industry uses iridium for rocket engine components, fuel injectors, and other high-performance applications. With the rise in interest in more space missions, the demand for iridium will most likely increase in this field.
Electronics
Iridium powder is used in semiconductor manufacturing and high-performance electrical contacts, especially in environments where gold cannot perform efficiently due to its softness. Electronics technology is advancing quickly, with iridium powder being used in emerging technologies like quantum computing and advanced sensors.
Investment in Iridium Powder
As awareness of the scarcity of iridium and its value potential grows, more investors may seek iridium powder as a physical commodity for investment purposes. This trend may increase the demand for iridium in the market, thereby driving prices up.
Iridium powder price and quality may, to a great extent, affect numerous applications. When buying iridium powder, consider the following:
Purity
Check the purity level. No more than 0.1% of other metals should be present in the powder. Iridium powder with higher purity is best for semiconductor manufacturing, medical devices, and catalysts. Low purity is ideal for less critical applications such as industrial use.
Particle Size
The particle size will influence the applicability of the powder. Smaller particles have higher surface areas and are suitable for catalysis. Larger particle sizes have higher metallic content and are more useful for powder metallurgy. Ensure the supplier can provide consistent particle sizes.
Iridium Powder Price
Iridium powder prices vary depending on flavors, purity, quantity, particle size, and market demand. Prices for high purity iridium powder can be up to $10,000 per kilogram. Industrial grades can be lower, around $5,000 to $7,000 per kilogram, especially when purchased in bulk for industrial use.
Origin and certification
It is important to know where the iridium powder is sourced. Preferably use iridium that is ethically sourced and has a traceable supply chain. Certifications such as ISO or other relevant mining and environmental standards will guarantee the quality and validity of the product.
Post-processing treatments
Suppliers use multiple post-processing treatments on the powder to improve its characteristics. These treatments include chemical milling, special packaging, and storage, which increase the powder's shelf life and minimize contamination. Buy iridium powder from suppliers who use post-processing treatments to preserve consistency and quality.
Iridium is used in various industrial applications due to its exceptional properties. The following are ways iridium powder is used:
Catalysts
Iridium catalysts are used in the production of high-octane gasoline through the alkylation process. It is also used in the hydrogenation of organic compounds in the pharmaceutical industry to produce drugs and other chemicals. The high activity of iridium powder in catalytic reactions makes it an essential component in these processes, resulting in higher efficiency and selectivity.
Chemical processes
Iridium powder is used in chemical processes involving harsh acids and corrosive agents. Due to its resistance to corrosion and chemical wear, it is utilized in stirrers, reactor components, and other equipment that need to handle aggressive substances. This durability extends equipment life and improves reliability.
Biomedical applications
Iridium powder is used in radiotherapy for cancer treatment. It is incorporated into alloys with platinum to produce high-temperature superconductors. These applications utilize iridium's biocompatibility, corrosion resistance, and ability to withstand extreme conditions. They are critical in both treatment and the devices used in medical procedures.
Electronics
Iridium powder is used in electrical contacts, where it helps ensure long-lasting performance in devices such as relays and switches. It provides a stable, conductive surface that resists oxidation. This keeps the electrical connections reliable over time, especially in high humidity and oxidation environments.
Jewelry and watches
Iridium's properties, including its high melting point and resistance to corrosion, are useful in both jewelry and watches. Iridium is added to platinum to produce durable and scratch-resistant platinum alloys. These are commonly used in high-end jewelry pieces and luxury watches. They improve the durability and longevity of the final product.
A1: Iridium powder is used for making catalytic converters, helping reduce vehicle emissions. It is also used in high-precision medical devices and electrical components due to its resistance to corrosion and ability to withstand extreme temperatures.
A2: Yes, due to its rarity, high melting point, and resistance to corrosion, iridium powder is worth money. It is used in various industrial applications like automotive, aerospace, and electronics. This adds to its value as a stable and durable material.
A3: Iridium powder price may range from $5000 to $10000 per kilogram. The price highly depends on the market's current demand and supply and the powder's purity and particle size. Prices can go up during shortages or high industrial demand.
A4: In electronics, iridium is used in semiconductor manufacturing. It is also used in high-performance electrical contacts. It provides a durable, oxidation-resistant alternative to gold in devices. It is especially useful in environments where reliability is critical.