Latest QuesTek News

QuesTek receives multi-year DARPA funding to design high performance thermoelectric materials using ICME technology

QuesTek's rapid development and deployment of advanced alloys are highlighted in the March 2016 issue of Aerospace America, "A Better Way to Engineer Aerospace Components"

QuesTek co-led a gathering of experts hosted, by the Council of Competitiveness, to address address advanced materials issues in Washington, D.C.

QuesTek's ICME-Designed, Commercially Available Steels

Ferrium® C61™ - high strength, high toughness, high temperature resistant carburizing steel. Upgrade from 9310, X53 (AMS 6308) and EN36.

Ferrium® C64® - high strength, high surface hardness, good toughness steel. Upgrade from 9310, AMS 6308 and EN36.

Ferrium® M54® - ultra-high strength, high-toughness, SCC-resistant steel. Drop in replacement for AerMet 100; upgrade from 4340, 300M or Maraging grades.

Ferrium® S53® - ultra high strength steel with significantly greater corrosion resistance over 300M, 4340 and Maraging grades.

New High Performance Alloys Under Development

As a global leader in Integrated Computational Materials Engineering (ICME), QuesTek designs and develops new high performance alloys across a range of the periodic table. Below are some examples that we are in the process of licensing to producers for commercial availability:

Coming Events

IMS Additive Manufacturing Project Clustering Meeting 05.02.16 - QuesTek's Jeff Grabowski will be giving a presentation on QuesTek's experience in modeling... More

AHS International Forum 72 05.17.16 - QuesTek will exhibit our licensed and developmental materials at the American Helicopter... More

AeroMat 2016 05.23.16 - QuesTek's Dr. Jason Sebastian and Clay Houser will be giving... More

La Métallurgie, quel avenir! 06.27.16 - QuesTek's Dr. Ida Berglund will be giving a... More