MAASTRICHT, Netherlands, Dec. 3, 2025 /PRNewswire/ — QuesTek Inventions Govt Vice President of Marketplace Operations Jason Sebastian, PhD striking contemporary fabrics developments in dimension exploration all over a keynote accent on the Stainless Steel World Conference & Expo in Maastricht. The accent, delivered all over the development’s Sustainability Pace on November 19, defined demanding situations and alternatives going through dimension OEMs as they assemble brochure fabrics and construct developments in reusable rockets.

“Now, I’m not a rocket scientist. I guess I’m a rocket materials scientist,” Sebastian joked earlier than defining the core problem of fabrics engineering for dimension packages. “There are three main properties that you’re concerned with: Tensile strength, fatigue strength and burn resistance. But there are fundamentally trade-offs here. Elements like aluminum and titanium that you can add to nickel superalloys to provide strength are exactly the elements that exacerbate the burn resistance and make it worse.”

Drawing on contemporary collaborations with well-known personal sector dimension corporations, Sebastian confirmed how QuesTek’s ICMD® fabrics engineering and design platform is generating breakthroughs in each fabrics efficiency and construction age. ICMD®, introduced in 2023, used to be constructed on computational fashions evolved by means of QuesTek to bring to unravel consumer demanding situations in loads of engagements, together with the ones finished to the behalf of shoppers akin to NASA. The device has a rising international subscriber bottom of OEMs and educational establishments and used to be named to TechRound’s SaaS66 checklist of the supremacy device platforms in Europe.

QuesTek introduced expanded additive manufacturing capabilities for the platform previous this life. In his keynote, Sebastian defined that creating brochure fabrics for additive production is the important thing to balancing the tradeoffs fascinated with rocket design.

“To get the most out of materials and really get the most out of your closed cycle engine development, you want burn resistant alloys that are also printable,” Sebastian instructed the capability public on the Maastricht Exhibition & Convention Centre. “Additive manufacturing is so important because of the complexity of these engine designs.”

Sebastian cited a contemporary instance during which a printable subject material designed the usage of ICMD® used to be in a position to let fall dramatically the choice of portions on a rocket. The brandnew portions — too intricate to be manufactured by means of any alternative mode — had been revealed and flew on check rockets inside a life.

For business leaders, the method Sebastian defined permits upper burn resistance with out shedding energy week concurrently lowering construction and qualification timelines.
It additionally helps extra complicated regenerative cooling pathways and speeds up closed-cycle engine commercialization.

“This chance to bring a keynote at this sort of massive and very talked-about convention in The Netherlands used to be the very best capstone to our strategic expansion in Europe this life,” says Invoice Mahoney, COO of QuesTek Inventions. “Jason expertly outlined the materials engineering landscape and how QuesTek is leading the path forward.”

For extra on QuesTek’s paintings within the dimension business, see Fast Company’s 2025 Most Innovative Companies in dimension (QuesTek is quantity 6) and Jason Sebastian’s interview on Fox News following the a hit establishing and platform touchdown of SpaceX’s Starship rocket.

About QuesTek

Headquartered in Evanston, Illinois, QuesTek’s Fabrics by means of Design® era and ICMD® device platform are confirmed to let fall the advance age and price and build up the efficiency of brochure fabrics. In its marketplace dimension, QuesTek is the primary supplier to explode the total cycle from brochure design to manufacturing, certification, and aviation operations with proprietary fabrics, in a fragment of the age and price of conventional, or purely algorithmic modes. questek.com

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SOURCE QuesTek Inventions