Magnera Partnered With Army Research Laboratory

The company has entered a research agreement to advance battery separator technologies for defense applications.

Updated on Oct. 13, 2026 in Energy

Magnera Partnered With Army Research Laboratory

Live Poll

Do you support private companies partnering with the military to develop new technologies?

Magnera has established a Cooperative Research and Development Agreement with the U.S. Army Combat Capabilities Development Command Army Research Laboratory. The partnership aims to enhance battery performance and safety by advancing the company's OmniSep technology platform.

Why it matters

This initiative addresses the growing need for resilient, assured power sources required for critical infrastructure and distributed military operations. The collaboration aims to leverage material expertise to improve endurance and safety in defense-related energy systems.

Magnera brings extensive scale to the collaboration, currently operating 44 production facilities and employing over 8,000 people. The firm has a long-standing history of 160 years of operations and serves a global base of over 1,000 customers.

The players

Magnera

A global company with 160 years of operation that specializes in material manufacturing and battery technology.

U.S. Army Combat Capabilities Development Command Army Research Laboratory

The primary research arm of the U.S. Army that focuses on advancing scientific technologies for national defense.

The details

The collaboration integrates specialized materials expertise from Magnera with research capabilities at the Army Research Laboratory. By advancing the domestically manufactured OmniSep platform, the partnership seeks to deliver technical improvements for both defense and commercial energy needs.

October 13, 2026: Magnera announced the partnership agreement.

The Big Picture

This collaboration marks an evolution in how the U.S. Army Combat Capabilities Development Command Army Research Laboratory incorporates private sector material science to modernize military power. The initiative bridges the gap between commercial manufacturing scale and the specialized performance requirements of defense energy systems.

Improved battery separator technology could lead to safer, more reliable energy storage for critical infrastructure and portable consumer electronics. Advances made in this defense-focused research often translate into broader commercial applications for battery efficiency and safety standards.

The takeaway

Advancements in battery separator technology are increasingly vital for maintaining operational endurance in both military and commercial sectors. Developing domestically manufactured solutions helps ensure a more resilient and secure supply chain for critical energy systems.