Category: Advanced Materials

Lockheed Martin and Arconic have entered into a two-year Joint Development Agreement (JDA) to collaborate on the development of next-generation advanced materials and manufacturing processes.

What do these three job shops—ASH Industries™, L& R Precision Tooling, Inc., and Ceramco, Inc., respectively—all have in common?

Researchers at Spirit AeroSystems are working to commercialize a new proprietary method for shaping titanium raw material at elevated temperatures in the fabrication of aerospace components.

Ionic Materials expands lab operations, testing capabilities with opening of 30,000-square-foot space

Chemical company invests $25 million in supplier of 3D printing technologies

DragonPlate, a maker of light-weight carbon fiber composite components, has been granted a patent for its Modular Carbon Fiber Tube Connectors, reported to provide an easy and robust method for connecting carbon fiber tubes.

Terves LLC is developing new high-strength, non-flammable, nanostructured magnesium alloys for light-weighting applications in cooperation with the U.S. Army and Missile Defense Agency.

As next generation aero engines run hotter, Arconic is making available an advanced titanium alloy that is designed for higher temperature applications in next generation aero engines and adjacent structures.

Technology metals for high-energy physics projects also introduced

Purdue University researchers have developed a super-strong material that may change some manufacturing processes for the aerospace and automobile industries.

Companies will demonstrate spheroidization and 3D laser printing of tantalum for additive manufacturing

Norsk Titanium (Norsk) and QuesTek Innovations LLC (QuesTek) have announced a collaborative effort to test novel titanium alloys for applicability in additive manufacturing processes.