UMM
EN

CN

中文 /  EN
language
中国
韩国
韩国
韩国
韩国
韩国
imgboxbg
imgboxbg

Industry News

Learn more about us through the industry

搜索
Search

News

Your location:
Homepage
/
/
Use of Iridium ingot

Use of Iridium ingot

  • Categories:News
  • Author:
  • Origin:
  • Time of issue:2021-08-30 09:38
  • Views:0

(Summary description)Most applications of Iridium ingot use its high melting point, high hardness and corrosion resistance. Iridium ingot metal, iridium-platinum alloy and osmium-iridium alloy have very low consumption and can be used to make porous spinnerets.

Use of Iridium ingot

(Summary description)Most applications of Iridium ingot use its high melting point, high hardness and corrosion resistance. Iridium ingot metal, iridium-platinum alloy and osmium-iridium alloy have very low consumption and can be used to make porous spinnerets.

  • Categories:News
  • Author:
  • Origin:
  • Time of issue:2021-08-30 09:38
  • Views:0
Information

Most applications of Iridium ingot use its high melting point, high hardness and corrosion resistance. Iridium ingot metal, iridium-platinum alloy and osmium-iridium alloy have very low consumption and can be used to make porous spinnerets. Spinnerets are used to extrude plastic polymers into fibers, such as rayon. Osmium-iridium alloy can also be used for compass bearings and weighing scales.

Iridium ingot

Iridium ingot has strong corrosion resistance and high temperature resistance, so it is very suitable as an alloy additive. Some long-term use parts in aircraft engines are composed of iridium alloys, and iridium-titanium alloys are also used as underwater pipe materials. The addition of iridium can increase the hardness of the platinum alloy. The Vickers hardness of pure platinum is 56 HV, while the hardness of platinum alloys containing 50% iridium can exceed 500 HV.

Iridium ingot is also often used in instruments that must withstand high temperatures. For example, the Tchaikrasky method uses high-temperature crucibles made of iridium to produce single oxide crystals such as sapphire, gadolinium gallium garnet, and yttrium aluminum garnet. These crystals are used in computer memory and solid-state laser parts. Iridium alloy can resist arc erosion, so it is an ideal material for spark plug electrical contacts.
   Cativa catalysis is a process of converting methanol into acetic acid, and Iridium ingot compound can be used as a catalyst.
The radioactive isotope iridium-192 is an important energy source in gamma radiography, which helps in non-destructive testing of metals. In addition, brachytherapy uses gamma rays released by Ir to treat cancer. This treatment method places the radiation source near or in the cancerous tissue, and can be used to treat prostate cancer, bile duct cancer, and cervical cancer.

Keyword:

Scan the QR code to read on your phone

Top dynamic rankings

Enhancing Electrical Performance with Titanium Targets
Enhancing Electrical Performance with Titanium Targets
Discover how titanium targets can greatly improve the electrical performance of electronic components, materials, and parts in the field of electronic fine chemicals. Learn how these innovative materi
See more information
Discover how titanium targets can greatly improve the electrical performance of electronic components, materials, and parts in the field of electronic fine chemicals. Learn how these innovative materi
Exploring the Fascinating World of Titanium Targets in Electronic Fine Chemical Materials
Exploring the Fascinating World of Titanium Targets in Electronic Fine Chemical Materials
Discover the essential role of titanium targets in the realm of electronic fine chemical materials. Uncover the unique properties and applications of this critical component in electronic components,
See more information
Discover the essential role of titanium targets in the realm of electronic fine chemical materials. Uncover the unique properties and applications of this critical component in electronic components,
Exploring the Applications of Titanium Targets in Electronics
Exploring the Applications of Titanium Targets in Electronics
Discover the diverse applications of titanium targets in the field of electronics and learn how this versatile material is revolutionizing the industry. From enhancing the performance of electronic de
See more information
Discover the diverse applications of titanium targets in the field of electronics and learn how this versatile material is revolutionizing the industry. From enhancing the performance of electronic de
The Ultimate Guide to Nickel Chromium Targets in Electronic Fine Chemical Materials
The Ultimate Guide to Nickel Chromium Targets in Electronic Fine Chemical Materials
Discover everything you need to know about nickel chromium targets in the realm of electronic fine chemical materials. Learn about their applications, properties, and benefits for professionals in the
See more information
Discover everything you need to know about nickel chromium targets in the realm of electronic fine chemical materials. Learn about their applications, properties, and benefits for professionals in the
Unlocking the Potential of Nickel Chromium Targets for Electronic Components
Unlocking the Potential of Nickel Chromium Targets for Electronic Components
Discover the key role that nickel chromium targets play in revolutionizing the future of electronic components. Learn how these innovative materials are shaping the advancement of electronic devices a
See more information
Discover the key role that nickel chromium targets play in revolutionizing the future of electronic components. Learn how these innovative materials are shaping the advancement of electronic devices a
All You Need to Know About Nickel Chromium Targets in Electronic Components
All You Need to Know About Nickel Chromium Targets in Electronic Components
Discover the essential information about nickel chromium targets in the field of electronic components, including their properties, applications, and benefits. Dive into the world of electronic fine c
See more information
Discover the essential information about nickel chromium targets in the field of electronic components, including their properties, applications, and benefits. Dive into the world of electronic fine c
Unleash the Power of IR Sputtering Targets for Electronics
Unleash the Power of IR Sputtering Targets for Electronics
Discover the key benefits and applications of IR sputtering targets in the electronics industry, and learn how this advanced technology can revolutionize your manufacturing processes. Dive deep into t
See more information
Discover the key benefits and applications of IR sputtering targets in the electronics industry, and learn how this advanced technology can revolutionize your manufacturing processes. Dive deep into t
Explore the Benefits of IR Sputtering Target in Electronic Materials
Explore the Benefits of IR Sputtering Target in Electronic Materials
Discover the advantages of utilizing IR sputtering targets in the field of electronic materials. Learn how this technology can enhance the performance and efficiency of electronic components, structur
See more information
Discover the advantages of utilizing IR sputtering targets in the field of electronic materials. Learn how this technology can enhance the performance and efficiency of electronic components, structur
Maximize Yield and Quality with IR Sputtering Targets
Maximize Yield and Quality with IR Sputtering Targets
Discover how using IR sputtering targets can help you enhance yield and quality in the electronic components industry. Learn about the benefits and advantages of incorporating IR sputtering targets in
See more information
Discover how using IR sputtering targets can help you enhance yield and quality in the electronic components industry. Learn about the benefits and advantages of incorporating IR sputtering targets in
UMM

Scan the QR code and follow the official account