Dexmat produces high-performance carbon nanomaterials for a low-carbon world. The company focuses on flexible high-performance carbon nanomaterial called Galvorn.

Alberto Goenaga

Francesca Mirri

Matteo Pasquali

Dmitri Tsentalovich

Dexmat

DexMat is the maker of Galvorn, a conductive carbon nanomaterial that outperforms GHG-intense alternatives. 10x stronger than steel, half the weight of aluminum, and 100x the flex life of copper, the combination of these historically valued properties allows customers to reimagine the products they build. Made in America, Galvorn can have a carbon-negative impact at scale. Our mission is to drive the next industrial revolution by making dirty metals and materials obsolete. Available today in the form of fiber, yarns, films, and fabrics, when adopted at scale across industries such as sporting goods, e-textiles, wires and electronics, energy, aerospace, and automotive, Galvorn represents a multi-gigaton carbon reduction opportunity.

NASA

Air Force Research Laboratory

US Department of Energy

Advanced Functional Fabrics of America (AFFOA)

Climate Avengers

Shell Ventures

Overture VC

DexMat

What do communications, displays, neutralizing charges on spacecraft, and electron microscopy have in common? Field emission. DexMat and Air Force Research Laboratory (AFRL) are discovering that Galvorn is a great field emitter. Read our latest blog by DexMat Sr. Research Scientist, Colin Young, for a field emission 101 and why Galvorn works so well in this application: https://lnkd.in/excaAtMp

Houston Energy & Climate Week is September 9-13! To our climate tech neighbors here in Houston and allies who will be in town for the events, join us Thursday morning (9/12) for the “5k Run for Climate.” 

We will enjoy a social run, walk, amble, or stroll around beautiful Rice University. Under the canopy of beautiful live oaks, we will make our way around the 5k Rice Outer Loop, a flat trail with multiple water fountains along the way. As we swing by the Rice Village, feel free to peel off for breakfast or coffee.

We welcome you whether your focus is hydrogen, carbon, hydrocarbons, or something else entirely. If your passion is solving the existential crisis of our time, join "your people" this morning - and for good. Sign up today!

https://lu.ma/kfoc48x7

Curious to get the frontlines take from climate tech entrepreneurs? Register for next week's Climate Tech Connect webcast with DexMat CEO Bryan Hassin, Chris Wedding, Founder at EFI (Entrepreneurs for Impact), and others. Hope you see you there!

Let’s talk about work, specifically the work of materials. Carbon nanomaterials, like Galvorn, can do more work with fewer emissions. These materials also embody carbon, putting it to work (versus letting it take the form of harmful carbon dioxide gas in our atmosphere). And when its production process simultaneously generates clean hydrogen, what’s not to love about this work? #tilcarbon

Imagine clothing or wearables that power themselves with your body heat. Or, more fuel efficient cars that turn “waste heat” into electricity. Thermoelectric (TE) materials transform heat into useful electricity and vice versa. For decades, taking advantage of this phenomenon has been constrained by materials that are scarce, toxic, and lack flexibility. Galvorn CNT fibers offer an alternative, broadening the scope of applications that can benefit from efficiently using energy, be it heat, electricity, or both. Check out our latest blog to learn more: https://lnkd.in/eVwpPDQf

Yes! Carbon nanotube fibers can be used to create thermoelectric generators—directly transforming thermal energy into electrical energy. 🤯 We believe Galvorn’s non-toxic, flexible, textile-like form will unlock an industry that for decades has been limited by materials that are toxic, rigid, and scarce. #tilcarbon

Read: "Macroscopic weavable fibers of carbon nanotubes with giant thermoelectric power factor"--> https://lnkd.in/e_gwRG6T 

Thank you, Natsumi Komatsu, Yota Ichinose (https://bit.ly/4d4fMmt), Oliver Dewey, Lauren Taylor, Mitchell Trafford, Yohei Yomogida (https://bit.ly/3Sdur6V), Geoff Wehmeyer, Matteo Pasquali, Kazuhiro Yanagi (https://bit.ly/3WoRY7j), and Junichiro Kono for this work!

Today’s #tilcarbon again highlights the intersection of energy and materials, but here we’re talking about using advanced carbon materials to support the clean energy grid. DexMat is proud to be partnering with Prysmian to develop next-gen transmission lines, displacing steel (and carbon fiber) cores with super strong, super lightweight Galvorn. Thank you Advanced Materials & Manufacturing Technologies Office (AMMTO) at the U.S. Department of Energy (DOE) for your support.

In the absence of fireworks 🎆, here is fire… which does not stop Galvorn from working. Shine on and Happy Independence Day Everyone! 🇺🇸 
#advancedconductors

#tilcarbon

TLDR: CH4 → CNT + H2 … CNT → Galvorn … Energy and materials resilience… 😎 

Carbon nanotube (CNT) production can prevent methane from directly entering the atmosphere (where it’s a potent greenhouse gas) and divert it from combustion (where it would emit more carbon dioxide into the atmosphere). Let’s instead produce more high-performance carbon materials, like Galvorn, that can displace dirty incumbent materials and avoid the emissions inherent to their production processes. It’s time to reimagine our energy and materials.

What if you could hold a transformative, next-to-magic material in your hands? What super-products would you engineer first?

Conductive, super strong, lightweight, super flexible, and biocompatible Galvorn samples are now 70% more affordable. With every step of our scale-up #Galvorn is more accessible. 

Explore the possibilities and let us know what you create.

https://dexmat.com/store/

#Galvorn #Materials #Sample #CNTs

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Company Name	Dexmat
Symbol
MSH ID	COM:DEXMAT
Market	PRIVATE
Sector	Basic Materials & Materials
Industry	Advanced Materials
Country	US
Stage
Employee Count	11
Website	dexmat.com
LinkedIn	dexmat
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