NanoAL LLC

260 Eliot St # 4A
Ashland,  MA  01721-2390

United States
833-462-6625
http://nanoAL.com
  • Booth: 3826

NanoAL solves today's material problems using a thoughtful scientific approach that includes the end user’s economic factors at the earliest stages of development. This mean no cost-prohibitive materials, equipment, or processes are required for NanoAL's technologies. Technologically, NanoAL controls nano-scale microcrystalline structure in its aluminum alloys using 100% pre-alloyed compositions and simple thermal treatments. This results in economical products that are readily deployed using existing production processes and equipment. NanoAL technologies are manufacturer and platform agnostic which allows flexibility when deploying material solutions at the producer or end user level.


 Press Releases

  • NanoAL joins the America Makes consortium to continue to advance the Addalloy family of advanced aluminum powders. America Makes is the nation’s leading and collaborative partner in additive manufacturing (AM) and 3D printing (3DP) technology research, discovery, creation, and innovation. www.americamakes.us
  • Boston, Massachusetts – Tokyo, Japan – February 22, 2021 – NanoAL, LLC announced today that it has signed a Commercial License Agreement with Mitsubishi Corporation RtM Japan Ltd. (RtMJ) to bring its award-winning Addalloy® family of advanced aluminum alloy powders to the rapidly growing Metal Additive Manufacturing (AM) Market in Asia. The companies also signed a letter of intent for potential partnerships on additional NanoAL advanced aluminum alloy products including aluminum casting and rolled sheets for automotive and other industrial applications.

    “This announcement is an enormous signal of the market need for Addalloy powders. In partnership with RtMJ, a wholly owned subsidiary of Mitsubishi Corporation, a global integrated business enterprise, we will now be able to reach across the globe to deliver the promise of our aluminum alloy technologies’ excellent performance and economics.” said Dr. Nhon Vo, CEO of NanoAL LLC.

    “We believe the aluminum alloys developed by NanoAL are the essential materials for the next generation to achieve decarbonization, electrification and a circular economy. NanoAL and RtMJ will play an important role in creating a cleaner and greener society by combining the advanced technology of NanoAL with the global business network of RtMJ.” said Takehito Nagashima, General Manager of New Business Development and DX Office, Mitsubishi Corporation RtM Japan Ltd.

    Addalloy is an award-winning aluminum alloy technology designed and developed for Metal Additive Manufacturing via laser powder bed fusion. Today, Addalloy consists of 5T, 7S, and HX compositions, each with application specific performance levels tailored to the demands of Automotive, Motorsports, Aerospace, and Industrial markets.

    • Addalloy 5T – Delivers optimal material performance for structural applications enabling fully functional and high performing parts that outperform typically wrought alloy components made using subtractive manufacturing.

    • Addalloy HX – Exceptional performance for thermal management applications such as heat exchanger/heat sink in the demanding markets of Motorsports, Electronics, Semiconductor and Satellite.

    • Addalloy 7S – Presents an incredible strength to weight ratio highly sought after in Motorsports, Aerospace and Satellite applications where weight to performance metrics are the most critical design factors in material selection.

    Addalloy powders work on major laser-based OEM platforms for Metal 3D Printing including EOS, SLM Solutions, Renishaw, Concept Laser, and many others. Using Addalloy, designers and engineers are able to transform their product concepts and bring new designs to life with a focus on lightweighting, durable performance, and package size reduction.

  • Boston, MA – April 8, 2020 – NanoAL, LLC announced today that their proprietary Addalloy® Aluminum Powder won a Gold Edison Award for 3-D Printing Enhancements. The Edison Awards have been recognizing and honoring the best in innovation and innovators across the globe since 1987. NanoAL is a subsidiary of Braidy Industries and serves as its research and development division, developing new aluminum alloys.

    The Addalloy® family of next-generation aluminum alloy powders are specifically designed and developed for Additive Manufacturing including selective laser melting. The proprietary compositions take advantage of the atomization and SLM printing processes to create advanced microstructures with non-traditional strengthening mechanisms which greatly enhance the performance of 3D-Printed components. The alloys are designed without expensive rare earth elements or complicated powder blends which makes them cost effective and easy to use.

    “This Award confirms the industry-wide need for NanoAL’s customer-centric approach when designing alloys for Additive Manufacturing. We fully utilize the process advantages of Additive Manufacturing without forgetting that customers need solutions that are cost effective and easy to implement,” said Dr. Nhon Vo, CEO of NanoAL LLC

    Addalloy Aluminum Powder was chosen as the 2020 Gold award winner by a panel of over 3,000 leading business executives from around the world.

    “After a thorough review, the Edison Awards Judges recognize NanoAL Addalloy Powder as a game-changing innovation standing out among the best new products and services launched in their category,” said Frank Bonafilia, Executive Director of the Edison Awards.


 Products

  • Addalloy® Aluminum Powders
    Addalloy® aluminum powders are designed specifically for additive manufacturing. Offering superior performance compared to traditional aluminum alloys used in AM and available in four compositions 5T, 7S, HX and HT....

  • The award winning Addalloy® family of next-generation aluminum alloy powders are specifically formulated for Additive Manufacturing. The patented compositions take advantage of the atomization and SLM printing processes to create advanced microstructures with non-traditional strengthening mechanisms which greatly enhance the performance of 3D-Printed components. The alloys are formulated without expensive rare earth elements or complicated powder blends which makes them cost effective and easy to use.

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