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MPIF Videos
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Добавлен 7 дек 2012
The Metal Powder Industries Federation is a federation of six trade associations representing various aspects of powder metallurgy (PM), metal powders, and particulate materials. Our mission is to advance the interests of the metal powder producing and consuming industries. If you're ready to learn more about powder metallurgy, isostatic pressing, metal injection molding, or even guidance on designing metal powder parts, visit our PickPM.org website. If you'd like to learn more about the MPIF, please visit us at mpif.org.
Видео
Case Study Titanium Alloy Kneecap Bracket
Просмотров 265 месяцев назад
Case Study Titanium Alloy Kneecap Bracket
Case Study Right and Left Hand Thread Inserts
Просмотров 125 месяцев назад
Case Study Right and Left Hand Thread Inserts
Case Study Notch Plate and Pocket Plate
Просмотров 295 месяцев назад
Case Study Notch Plate and Pocket Plate
Case Study Drive and Driven Sprockets
Просмотров 165 месяцев назад
Case Study Drive and Driven Sprockets
Case Study Differential Gear Set Locking Ring
Просмотров 325 месяцев назад
Case Study Differential Gear Set Locking Ring
NO WHY DO i HAVETOWATCH this😭😭😭
Dassi ?! 🤔🙃
This method dont cause deformation after HIPing?
Absolut awesome Video!! Thanks!
These are my people.
This is my grandpa lol smart dude
Great stuff!
Very nice introduction. I like the rythm and it is clear. I am just wondering why nothing is mentioned about the opportunities linked to the machining operations on "green parts"?
Hello, could it be possible to include a video where sintered density is determined according to MPIF standard 42 or ASTM B962? It'd be great if tips on special care during impregnation and oil excess removal could be included to make the most repeatable and reproducible this evaluation. Thanks in advance.
For educational purposes Prof A.V.Sethuraman
I've been working with sintered parts for a long time, I'm still fascinated by the process.
I wish I could be there now!
very descriptive and relevant to modern technology
PM does not have a consistent level of porosity across a wall thickness. The core has more porosity that the skin, that has little porosity, if any at all. An unmachined wall will seal better, than one of the same thickness that is machined. Machining PM removes the skin of low porosity and exposes the more porous core to leakage in thin walled parts. To counter this, small amount of Copper in the base material allows the tooling to smear the soft copper over and close off the porosity. Secondary infiltration treatments may also be required if the wall thickness is thin. Consider a leak test requirement after machining. Parts that require sharp ID or OD 45 degree chamfers may not put in the die design. The sharp knife edge in the die ID or OD will break quickly. A shallower 30 degree chamfer with a narrow flat can be added to the green sintered part easily. This shape is stronger on the die ID or OD edge. A 45 degree chamfer will have to be machined, if it is really required.
Sir how to make carbon bush
is it only the test science that this much ton of compression is required to compress the powder as the composition of powder may be ternary or has bulk deformities in it . Also how much compression is too much compression
Great description of the hotel and San Diego, but lacking in info on conference schedule and anticipated content. Showing what last year's program schedule and content would be insightful.
Way to go, Team Cloyes! Congratulations!
good video