A soft magnetic composites (SMC) specialist, MPP supplies SMC components to customers around the globe, supporting a wide range of applications in automotive, electronics, EVs, heavy trucking, industrial sectors, and more.
While there are numerous production technologies design engineers can rely on today like machining or powder metallurgy, metal injection molding is a cost-effective technology that's finally come into its own.
While there are numerous production technologies design engineers can rely on today like machining or powder metallurgy, metal injection molding is a cost-effective technology that's finally come into its own.
Powder Metallurgy (PM) components are made from metal powder via a metal-forming process utilizing a wide range of ferrous and non-ferrous materials.
Does your business require complex, precision metal components? If so, you might want to learn more about powder metallurgy manufacturing.
MPP has won an Award of Distinction from MPIF for a High Strength Camshaft Bearing Cap. The part is made using a PM aluminum alloy. The machinability of the PM
The intense effort by automotive companies to improve gas mileage and meet mandated CAFÉ Standards is aided by enabling vehicular mass reduction technologies. One area of such research is the application of appropriate powder metallurgy (PM) materials such as the alloys of aluminum, titanium, and magnesium. Each material option presents certain challenges that need to […]
Aluminum powder metal was recently featured in the January/February issue of Lightweighting World magazine. The aluminum powder metal market continues to grow as automotive engineers take greater advantage of its capabilities in achieving weight reduction. MPP is recognized as the technology leader in aluminum powder metal and is ready to work with you to provide […]
ABSTRACT High nickel steels offer the opportunity to produce powder metallurgy components with excellent high strength and ductility combinations. These alloys are a sinter-hardenable class of materials that do not require conventional heat treatment processes to develop these unique properties. The alloys must be sintered at high temperatures in order to obtain the value of […]
ABSTRACT Wear resistance is often important in structural applications that use light weight PM aluminum alloys. Several aluminum PM alloys were evaluated for wear resistance using the ASTM G65 test method. This consists of dry sand that is dropped into the interface between the test sample and a rotating rubber wheel. Test results indicate that […]
