Powder Metallurgy of Titanium
Powder metallurgy (PM) of titanium is a cost-effective alternative to conventional wrought titanium. We are looking at traditional and emerging technologies, including the production of powder...
https://t.co/794vuiyIyp
Blended Powdered Metals for Thermal Spray
Blended powered metals can cost-effectively create new surfaces with value-added benefits or restore components to like-new condition.
https://t.co/0uMP2ZGul6
GMAW and SMAW Welding for Aerospace Applications
SMAW is short for “Shielded Metal Arc Welding.” Also sometimes called “stick” welding. This is because it uses an electrode, which is shaped like a stick.
https://t.co/2iyP7Xghs7
Dedicated Cold Isostatic Press
We are able to utilize CIP for pre-pressing elementary or blended powders. CIP can be used in conjunction with PM HIP processes or pre-sintering applications.
https://t.co/ibt594JgWz
Atomized Powders Produced with High-Vacuum Furnaces/Smelters
The process atomized powders are produced with high-vacuum furnaces/smelters and the application-specific combination of melting and atomization techniques enables production of a wide range...
https://t.co/vCUEpcIkKR
All about Isostatic Pressing
Isostatic pressing is a powder metallurgy (PM) forming process that applies equal pressure in all directions on a powder compact thus achieving maximum uniformity of density and microstructure....
https://t.co/jrL30rUAzi
Titanium Parts for Aerospace Applications
Titanium parts are frequently found in products used by the aerospace industry for all types of applications. Most of the titanium formed is utilized exclusively in aircraft engines and frames.
https://t.co/exAnECJW4Z
The Purpose of Powdered Metal
Powder metal assists manufacturers in forming and shaping complex, intricate designs in a uniform fashion. In some situations, this technology offers a cost-effective alternative #poweredmetal
https://t.co/wHAxlhiYb3
Dedicated Cold Isostatic Press
We are able to utilize CIP for pre-pressing elementary or blended powders. CIP can be used in conjunction with PM HIP processes or pre-sintering applications. #coldisostaticpress
https://t.co/ibt594JgWz
How does metal crack detection work?
Using one of our many vacuum stations, we are able to pull down parts to a working vacuum of 10-5 mtorr which allows us to use a mass spectrometer to detect the presence of Helium molecules... #metalcrackdetection
https://t.co/Vof3edUoj6
Powder Metallurgy is a Green Technology
Powder metallurgy is the blending of fine powdered materials and then pressing them into the shapes or forms (compacting) that you need for your project and then heating the compressed material. #greentechnology
https://t.co/m8PcNkdvhx
Products Produced by Powdered Metal Process
Many types of manufacturing processes are available, including powered metals products manufacturing. Currently many popular products involve the use of powder metal during the forming... #poweredmetals
https://t.co/W4GntHhgLl
Atomized Powders Produced with High-Vacuum Furnaces/Smelters
The process atomized powders are produced with high-vacuum furnaces/smelters and the application-specific combination of melting and atomization. #atomizedpowders
https://t.co/vCUEpcIkKR
HIP is used in a range of applications to clad, weld and join dissimilar materials. For example, sputtering targets are made by HIP consolidation and diffusion bonding of the required coating material and its substrate.
https://t.co/HSPKfQeHrq
Powder Metallurgy is a Green Technology
Powder metallurgy is the blending of fine powdered materials and then pressing them into the shapes or forms (compacting) that you need for your project and then heating the compressed material.
https://t.co/m8PcNkdvhx
Metal crack detection is critical to detect flaws in metals, for instance, a typical welding defect may be caused by the lack of complete fusion of the weld to the base metal, it may create cracks and porous conditions inside the weld. #leakdetection
https://t.co/E8iSFvK32N
Facts about Powdered Metal Blending
The powder metallurgy requires access to a source of properly blended raw material. These are the mixed powders that mingle with alloying additives and lubricants. #poweredmetalblending
https://t.co/F74RJ6AMmw
The History of Powdered Metal
The following takes a look at the history and steps to use the process of powered metals. The process of sintering dates from around 3,000 B.C., according to some archaeologists. #poweredmetals
https://t.co/NgxdjY1P6Y
Blended Powdered Metals for Thermal Spray
Blended powered metals can cost-effectively create new surfaces with value-added benefits or restore components to like-new condition. Our portfolio of metal alloys for thermal spray.
https://t.co/0uMP2ZGul6
SMAW is short for “Shielded Metal Arc Welding.” Also sometimes called “stick” welding. This is because it uses an electrode, which is shaped like a stick. #smawelding
https://t.co/2iyP7WYG3x