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Avadain, Inc.

Avadain, Inc.

纳米技术研究

Memphis，Tennessee 1,305 位关注者

Unleashing the Graphene Revolution

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Graphene is about to change our world. Graphene is vastly more important to the 21st Century than plastics were to the 20th Century. Graphene is the megatrend of the 21st Century. Many leading tech companies and numerous startups are poised to enhance hundreds of products with graphene. ‘Flakes’ are industry’s preferred form factor of graphene. However, mass production of graphene-enabled products is held back because there is no known technology to produce industrial quantities of reasonably priced very high-quality graphene flakes. Explosive growth in demand for graphene flakes is expected as soon as industrial quantities of very high-quality graphene become available at reasonable price. Avadain has successfully demonstrated a breakthrough, globally patented and green manufacturing process to produce large, thin and nearly defect free graphene flakes at low cost. We need to upscale to high-throughput production lines. We have the team, including strong partners, to achieve continuous production. Avadain has a capital-light licensing model to democratize graphene. Based on our highly differentiated technology and global patent portfolio, we plan to license our graphene flake manufacturing process to (1) advanced materials manufacturing companies, (2) graphene applications companies and (3) end users which need to assure quality and reliability of supply. Avadain’s mission is to unleash the Graphene Revolution. Our goal is that our flakes will touch the lives of most people every day, making the world a cleaner, better place.

网站
https://www.avadaingraphene.com
所属行业
纳米技术研究
规模
2-10 人
总部
Memphis，Tennessee
类型
私人持股
创立
2021
领域
Pristine graphene、Graphene flakes、High quality graphene、Graphene flakes、Advanced materials、High performance graphene、2D material、Graphene production、Industrial volumes graphene、Nanomaterials、Real graphene、Monolayer graphene、Supercapacitors、Energy storage、National security、Green graphene、Electric vehicles、Pure graphene、Graphene aviation和Graphene space

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  • 查看Avadain, Inc.的组织主页
    Avadain, Inc.

    1,305 位关注者

    Anton Ocunev shows yet another use for Graphene in construction. This time strengthening and lightweighting rebar. #grapheneage #graphenerevolution #graphene

    查看Anton Ocunev的档案
    Anton Ocunev

    CEO at Composite Tech FRP

    ?? Graphene in Composite Rebar: A Breakthrough in Construction Technologies Modern construction demands materials that are not only strong and durable but also lightweight and resistant to corrosion and environmental stress. GFRP (Glass Fiber Reinforced Polymer) rebar has already proven itself as a viable alternative to steel. But with the integration of graphene, we are taking it to the next level. ?? What does the research say? A study published in Composites Part B: Engineering (2021) showed that adding just 0.3-0.5% graphene nanoplatelets (GNP) into the composite matrix can increase: Elastic modulus by up to 35%, Tensile strength by up to 25%, Resistance to microcracking and aging in aggressive environments (alkali, salt, UV exposure) by 30-40%. ?? Why does this matter for rebar? 1?? Higher strength and stiffness = smaller rebar diameters for the same load capacity. This reduces overall structural weight and transportation costs. 2?? Corrosion and chemical resistance = perfect for marine and infrastructure projects (bridges, piers, tunnels). 3?? Durability. According to tests (Construction and Building Materials, 2022), graphene-enhanced GFRP rebar retains up to 90% of its properties after 1000 freeze-thaw cycles and prolonged exposure to aggressive environments. ?? Economics & Sustainability Graphene-enhanced composite rebar helps: Extend the lifespan of structures up to 50 years or more without major repairs, Reduce carbon footprint compared to steel due to lighter weight and corrosion resistance, Cut down on rebar mesh volume by 20-25% thanks to improved material performance. ?? Conclusion Graphene is not just a buzzword. It’s a real tool for advancing construction efficiency. We are already integrating graphene technology into our composite rebar production and are ready to deliver materials with outstanding properties to the market. ?? What do you think — when will graphene composites become the new standard in infrastructure? #Graphene #Composites #ConstructionInnovation #SustainableBuilding #GFRP #MaterialScience #CivilEngineering #CompositeTech

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  • 查看Avadain, Inc.的组织主页
    Avadain, Inc.

    1,305 位关注者

    Anton Ocunev discusses yet another way graphene can improve construction. This time by strengthening and lightweighting rebar. #graphene #grapheneage #graphenerevolution

    查看Anton Ocunev的档案
    Anton Ocunev

    CEO at Composite Tech FRP

    ?? Graphene in Composite Rebar: A Breakthrough in Construction Technologies Modern construction demands materials that are not only strong and durable but also lightweight and resistant to corrosion and environmental stress. GFRP (Glass Fiber Reinforced Polymer) rebar has already proven itself as a viable alternative to steel. But with the integration of graphene, we are taking it to the next level. ?? What does the research say? A study published in Composites Part B: Engineering (2021) showed that adding just 0.3-0.5% graphene nanoplatelets (GNP) into the composite matrix can increase: Elastic modulus by up to 35%, Tensile strength by up to 25%, Resistance to microcracking and aging in aggressive environments (alkali, salt, UV exposure) by 30-40%. ?? Why does this matter for rebar? 1?? Higher strength and stiffness = smaller rebar diameters for the same load capacity. This reduces overall structural weight and transportation costs. 2?? Corrosion and chemical resistance = perfect for marine and infrastructure projects (bridges, piers, tunnels). 3?? Durability. According to tests (Construction and Building Materials, 2022), graphene-enhanced GFRP rebar retains up to 90% of its properties after 1000 freeze-thaw cycles and prolonged exposure to aggressive environments. ?? Economics & Sustainability Graphene-enhanced composite rebar helps: Extend the lifespan of structures up to 50 years or more without major repairs, Reduce carbon footprint compared to steel due to lighter weight and corrosion resistance, Cut down on rebar mesh volume by 20-25% thanks to improved material performance. ?? Conclusion Graphene is not just a buzzword. It’s a real tool for advancing construction efficiency. We are already integrating graphene technology into our composite rebar production and are ready to deliver materials with outstanding properties to the market. ?? What do you think — when will graphene composites become the new standard in infrastructure? #Graphene #Composites #ConstructionInnovation #SustainableBuilding #GFRP #MaterialScience #CivilEngineering #CompositeTech

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  • 查看Avadain, Inc.的组织主页
    Avadain, Inc.

    1,305 位关注者

    GRAPHENE'S QUANTUM SPIN INJECTION PROMISES ENERGY-EFFICIENT SPINTRONICS by University of Manchester Researchers at the National Graphene Institute at the University of Manchester have achieved a significant milestone in the field of quantum electronics with their latest study on spin injection in graphene. The paper, published recently in Communications Materials, outlines advancements in spintronics and quantum transport. https://lnkd.in/eH3YXgFr... #grapheneage #graphenerevolution #graphene

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  • 查看Avadain, Inc.的组织主页
    Avadain, Inc.

    1,305 位关注者

    SCIENTISTS DISCOVER THAT LIKE-CHARGED PARTICLES CAN SOMETIMES ATTRACT By Liam Critchley From a young age, we are taught in school that like charges – whether both positive or both negative – will repel each other, while opposite charges attract. It turns out that under certain conditions, like charges can actually attract each other instead. In work recently published in?Nature Nanotechnology, researchers at the University of Oxford have demonstrated the attraction of like-charged particles in solutions. https://lnkd.in/etAYCRXn #grapheneage #graphenerevolution #Graphene

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    Avadain, Inc.

    1,305 位关注者

    TECHNOLOGY USING GRAPHENE, AIMING FOR PARKINSON'S, AIDS CANCER SURGERY Graphene, strong and flexible, may make deep brain stimulation more effective by Esteban Dominguez Cerezo The platform’s graphene-based brain-computer interface (BCI) technology demonstrated an ability to differentiate between healthy and cancerous brain tissue with high precision, Inbrain reported in a company press release. https://lnkd.in/eby9Se9A.... #grapheneage #graphenerevolution #Graphene

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  • 查看Avadain, Inc.的组织主页
    Avadain, Inc.

    1,305 位关注者

    NG BALLISTICS & FEMPRO ARMOR ACHEIVE BREAKTHROUGH IN WOMEN'S BALLISTIC PROTECTION Posted By Graphene Council In a major advancement for personal protection, NG Ballistics, a division of Nova Graphene, in partnership with FemPro Armor (Australia), has successfully tested the world's first ballistic armor plate designed specifically for women. Read article here: ???????? https://lnkd.in/eP-hp3gT #grapheneage #graphenerevolution #graphene

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  • 查看Avadain, Inc.的组织主页
    Avadain, Inc.

    1,305 位关注者

    A RAT'S COMPLETELY SEVERED SPINAL CORD WAS RECONNECTED USING GRAPHENE FOAM Posted By Graphene Council A team from the Madrid Institute of Materials Science (ICMM-CSIC) has managed to reconnect, in a rat model, a spinal cord that was completely severed at the thoracic level thanks to a three-dimensional foam created with Graphenea’s reduced graphene oxide (rGO). The work, which has been published in the journal Bioactive Materials, demonstrates the potential of this material for the treatment of spinal cord injuries, and opens up new avenues of research towards the cure of paraplegic patients in different stages of the disease. https://lnkd.in/eY8d_UFf #graphene #grapheneage #graphenerevolution

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    Avadain, Inc.

    1,305 位关注者

    WHAT INDUSTRIES HAVE AN IMMEDIATE NEED FOR HIGH QUALITY DEFECT-FREE GRAPHENE FLAKES By Akanksha Urade To fully realize the potential of graphene to transform numerous industries, widespread availability of defect-free graphene flakes for mass production must be achieved. Most companies today only produce low quality graphene or even graphite micro-platelets, which are of inferior quality compared to large, thin and nearly defect free (LTDF) graphene. This is the most significant factor holding back what many call the #grapheneage. https://lnkd.in/e3fzyjDb #graphene #graphenerevolution

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  • Avadain, Inc.转发了

    查看American Chemical Society的组织主页
    American Chemical Society

    245,361 位关注者

    This beautiful nanoscale bloom, seen here in a scanning electron micrograph, may have potential use in bandages that support wound healing. To grow the bandage blooms, researchers used tannic acid and copper(II) phosphate in a saline solution. Then, they applied the flowers to strips of fabric. Laboratory tests of the nanoflower-coated dressings demonstrated antibiotic, anti-inflammatory and biocompatible properties, say researchers in ACS Applied Bio Materials. Read more: https://brnw.ch/21wQCGx Credit: Adapted from ACS Applied Bio Materials 2025, DOI: 10.1021/acsabm.4c00788

    • A white and gray flower-like structure on a fibrous surface. ?

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