Media

QuesTek Innovations LLC recently hosted its Inaugural Diversity, Equity, and Inclusion Community Outreach Day, providing students from Chicago Tech Academy High School with an educational and immersive learning experience.

QuesTek applied its ICME expertise and methodology, including accelerated insertion of materials, to predict the properties across multiple production lots and expedite the time to qualification. QuesTek is currently pursuing SAE AMS specification.

Through QuesTek’s leadership and innovation, a material now exists to propel the industry to push efficiencies to the next level.

In this blog post, we examine how aluminum, nickel, niobium, and titanium alloys help engines withstand higher temperatures, creating fuel efficiencies and releasing fewer carbon emissions. 

QuesTek and the materials industry continue to pursue the development of stronger and tougher materials and new processes to push the envelope for higher performance applications that create efficiencies.

QuesTek engineered Ferrium® C64®, a novel high-performance gear steel that provides a combination of high core-strength, toughness, surface hardenability, improved processability (cost and time reduction), and temperature resistance.

Aerospace and industrial organizations want the peace-of-mind of seeing a return on their advanced materials investment.

QuesTek Innovations LLC announced today that Ferrium® PH48S™, a castable high-strength stainless steel, is under evaluation for a multitude of demanding industrial applications.

To say that Integrated Computational Materials Engineering (ICME) has arrived may be the greatest understatement of the material science field.