Forge Nano Forms Strategic Partnership With Samsung SDI to Produce Advanced Battery Cells in the United States

🔧 A strategic partnership to boost the production of advanced battery cells in the United States

Forge Nano, which specializes in Atomic Layer Deposition (ALD) technologies and advanced products, announces a strategic partnership with the Korean giant Samsung SDI to strengthen the production of advanced battery cells in the United States. This partnership comes as part of a battery plant project with a capacity of 3 gigawatt-hours per year, representing a major step in the development of thermal energy mechanical engineering and advanced energy storage systems locally.

This agreement marks an important shift in the industry, as it combines Samsung SDI’s industrial expertise with the advanced technologies offered by Forge Nano, aiming to localize the manufacturing of high-performance battery cells in a specialized facility located in Morrisville, North Carolina.

⚙️ Details of the battery plant project in Morrisville

Forge Nano will build a plant with a production capacity of up to 3 gigawatt-hours per year, with significant reliance on Samsung SDI support, which will help ensure high-capacity production and performance efficiency. The plant aims to be an integrated center for manufacturing battery cells used in defense and industrial applications within the United States market.

• The project investment ranges between 300 and 330 million U.S. dollars.
• The project was supported by a financial grant of 100 million dollars from the U.S. Department of Energy.
• Samsung SDI battery cells will be manufactured alongside Atomic Armor™ cells developed by Forge Nano.
• The plant is expected to begin operation by 2028.

This plant is an initiative aimed at reducing dependence on external supply chains and strengthening supply security, especially in sensitive sectors such as defense and energy.

🔥 The importance of using ALD technologies in battery cell manufacturing

Atomic Layer Deposition (ALD) represents a qualitative leap in the manufacturing of materials used inside battery cells, as it allows the deposition of very thin layers with extreme precision at the atomic level. This technology improves electrical properties and thermal stability, which is vital for battery systems that require high reliability and long operating efficiency.

ALD is used to enable continuous improvements in the performance of Atomic Armor™ cells developed by Forge Nano, making them suitable for areas that require high reliability, such as defense applications and specialized vehicles.

These innovations are expected to increase battery durability, resistance to high temperatures, and operational safety, thereby enhancing the value of these products in the mechanical systems and thermal energy market.

🏭 The plant’s role in supporting the national supply chain and industrial expansion

The national supply chain is of great importance in the mechanical energy sector, and the Morrisville plant represents a strategic step to reduce dependence on imported raw materials and technologies. This plant will support energy applications for industrial and defense sectors by 2028, providing locally manufactured, advanced battery products.

According to another complementary agreement, Samsung SDI will purchase the battery cells produced at the plant starting in 2028, further enhancing the exchange of expertise and the movement of products within the local market.

• Samsung SDI cells will be distributed in the U.S. market through Forge Nano as the official distributor.
• The plant supports battery applications in non-general-consumer fields such as defense industries.
• It contributes to expanding local manufacturing capacity to 3 gigawatt-hours annually.

🚗 The impact of innovation on the automotive and thermal systems sector

The advanced automotive sector and HVAC systems are linked to strong and efficient battery systems for energy management. Thanks to the cooperation and technical development, battery cells manufactured according to the latest technical specifications will be available, meeting the performance and safety requirements needed to operate electric vehicles and thermal energy systems environmentally and locally.

This step supports the global trend toward reliance on clean energy and advanced mechanical solutions that enhance the efficiency of engines and turbines.

🔧 Conclusions and future technologies

The partnership between Forge Nano and Samsung SDI represents a milestone in the field of mechanical engineering and thermal energy, as it combines advanced technologies such as Atomic Layer Deposition with advanced manufacturing expertise to produce high-performance batteries inside the United States.

The project strengthens national self-sufficiency and supports the development of industrial and defense energy systems, opening new horizons for creating an advanced industrial environment based on full control over manufacturing and development processes.

In light of this step, the technology sector anticipates a future full of innovations in mechanical automation and energy manufacturing, positively affecting the efficiency of modern mechanical systems and local and global industrial trends.

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