Sparks, NV – ERG Materials and Aerospace will show samples and answer questions about their Duocel® foam material—a lightweight, rigid, and customizable open cell foam material with solid ligaments. The show runs March 12th – 14th, 2024 in Charlotte, NC. Duocel® foam samples as well as finished aerospace products will be on display in booth…
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ERG to Demonstrate Advanced Rigid Foam at the Small Satellite Conference at Utah State University Sparks, NV – ERG Materials and Aerospace, a leading provider of advanced foam materials, is pleased to announce its participation in Small Satellite Conference at Utah State University campus in Logan, Utah. The show runs August 7th -10th. ERG will…
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Sparks, NV – ERG Materials and Aerospace is exhibiting at Sea Air Space 2023 in the Washington, D.C. area April 3-5, 2023. Company representatives will show samples and demonstrate aerospace products utilizing Duocel® foam material–a lightweight, rigid, and customizable open cell foam material with solid ligaments. This will all take place in booth 256 and…
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How does a Duocel® Energy Absorber work and what are its advantages? When a force or load is applied to Duocel® Metal Foam, it permanently deforms and compresses; densifying as its pores collapse and its ductile ligaments bend and buckle. Protection in all directions. No Pneumatic rebound. Reliable in extreme conditions. For more detailed info,…
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ERG Aerospace was fortunate enough to participate in Oakland School District’s Manufacturing Day on October 6, 2022. We were honored to host this well attended event. About 50 students from local high schools toured our Oakland facility and learned about manufacturing companies in the bay area. Additional information about this program may be…
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Sparks, NV – ERG Aerospace is excited to announce the article Sound absorption and transmission loss properties of open-celled aluminum foams with stepwise relative density gradients has been published in volume 193 (May 2022) of ScienceDirect. ERG supported Wichita State University’s project, with funding from NASA. This article is the first publication in support of the ongoing project;…
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