DexMat (@dexmatinc) 's Twitter Profile
DexMat

@dexmatinc

DexMat is the maker of Galvorn, a conductive carbon nanomaterial that outperforms GHG-intense steel, aluminum, copper, carbon fiber, and more.

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linkhttp://www.dexmat.com calendar_today05-08-2018 19:59:23

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“These tiny cylinders, with a diameter 100,000 times thinner than a human hair, exhibit physical properties that are extremely fascinating and beneficial for implementation in highly complex projects.” ecoticias.com/en/industry-me…

Bryan Guido Hassin - @guido23.bsky.social (@guido23) 's Twitter Profile Photo

On the prospect of a future built on advanced #carbon #materials, @CarbonWrangler: "The tech is getting better all the time, and I wouldn't bet against it." DexMat is bringing that future into the present!

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“On average, an EV uses more than three times as much copper as its dirty cousin.” But it doesn’t have to be #copper, it could be a replacement that abates gigatons of carbon along the way. #Galvorn bloomberg.com/news/articles/…

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Want to see what #Galvorn is capable of? With multiple high-performance properties in a single material, the possibilities are limitless. ✔️Lightweight ✔️Strong ✔️Flexible ✔️Flame Resistant ✔️Conductive ✔️Cut Resistant Visit DexMat.com to learn more.

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‘Green steel’ is far from the carbon-free rosy picture often painted by the industry. Communities near and far from #steel mills will bear the impacts of the extended fossil fuel dependence and pollution that comes with it. #GreenSteel cleveland.com/opinion/2024/0…

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What will be the next industrial revolution? Learn about the materials outperforming #steel, #copper, aluminum, and more at the 245th meeting ECS. Bryan Guido Hassin - @guido23.bsky.social will be speaking Monday at this industry event! electrochem.org/245

What will be the next industrial revolution? 
Learn about the materials outperforming #steel, #copper, aluminum, and more at the 245th meeting <a href="/ECSorg/">ECS</a>. <a href="/Guido23/">Bryan Guido Hassin - @guido23.bsky.social</a> will be speaking Monday at this industry event! electrochem.org/245
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American industry has established a legacy of innovation, strength, and… climate catastrophe...? Let’s keep the innovation and hold the #pollution. #Galvorn is the key to unlocking a climate-friendly industrial revolution. canarymedia.com/articles/clean…

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What would you create with a material stronger than steel, lighter than aluminum, conductive, and biocompatible? The transformative applications you’ve engineered in your imagination are closer to reality with our reduced #Galvorn sample pricing. dexmat.com/store/

What would you create with a material stronger than steel, lighter than aluminum, conductive, and biocompatible? The transformative applications you’ve engineered in your imagination are closer to reality with our reduced #Galvorn sample pricing. dexmat.com/store/
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In the absence of fireworks 🎆, here is fire, which doesn’t stop Galvorn from working. Shine on and Happy Independence Day Everyone! 🇺🇸 #advancedconductors

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Today’s #tilcarbon again highlights the intersection of energy and materials. DexMat is proud to be partnering with Prysmian to develop Galvorn cables for the clean energy grid. Thank you Advanced Materials & Manufacturing Technologies Office (AMMTO) at U.S. Department of Energy for the support!

Today’s #tilcarbon again highlights the intersection of energy and materials. DexMat is proud to be partnering with <a href="/Prysmian_/">Prysmian</a> to develop Galvorn cables for the clean energy grid. Thank you Advanced Materials &amp; Manufacturing Technologies Office (AMMTO) at <a href="/ENERGY/">U.S. Department of Energy</a> for the support!
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Yes! Carbon nanotube fibers can be used to create thermoelectric generators—directly transforming thermal energy into electrical energy. 🤯 #tilcarbon

Yes! Carbon nanotube fibers can be used to create thermoelectric generators—directly transforming thermal energy into electrical energy. 🤯 #tilcarbon
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Imagine wearables that power themselves with your body heat. Or, cars that turn “waste heat” into electricity. For decades, thermoelectric applications have been constrained by materials that are scarce, toxic, and lack flexibility. Not anymore: dexmat.com/blog/carbon-na…

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Let’s talk about work, specifically the work of materials. Carbon nanomaterials, like Galvorn, can do more work with fewer emissions. They also embody carbon, putting it to work (versus letting it take the form of harmful carbon dioxide gas in our atmosphere). #tilcarbon

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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.” lu.ma/kfoc48x7

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What do communications, displays, neutralizing charges on spacecraft, and electron microscopy have in common? Field emission. DexMat and AFRL are discovering that Galvorn is a great field emitter. Read our latest blog to learn why: rb.gy/t9z46r

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Did you know Galvorn works great in high-frequency applications? Get the performance of copper with a fraction of the weight, superior strength, and the ability to withstand a host of harsh mechanical and environmental conditions. Our latest blog: shorturl.at/Df9lP

Did you know Galvorn works great in high-frequency applications? Get the performance of copper with a fraction of the weight, superior strength, and the ability to withstand a host of harsh mechanical and environmental conditions. Our latest blog: shorturl.at/Df9lP
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Curious about the critical role that materials play in the energy transition? Register for the livestream of Baker Institute CES’s Annual Energy Summit: shorturl.at/mQa9r DexMat CEO, Bryan Guido Hassin - @guido23.bsky.social will be a panelist on “Critical Minerals & Materials Transitions". Don't miss it!