Novonix Partners to Build Fully Domestic Battery Anode Supply Chain

NOVONIX has signed an MOU with U.S.-based ACP Technologies to develop a fully domestic pitch coated synthetic graphite anode material — a new product class that targets defence, drone, and fast-charging markets while sidestepping China's graphite supply chain entirely.
By Josua Ferreira -
  • NOVONIX has signed a non-binding MOU with ACP Technologies (ACPT) to co-develop a fully domestic pitch coated synthetic graphite anode active material, a new product class for the company.
  • ACPT's patented processes convert petroleum-derived feedstocks into high-value pitch material, directly addressing the near-absence of viable U.S.-based anode material alternatives.
  • U.S. tariffs on Chinese graphite anode active materials now exceed 160%, structurally raising the cost floor for competitors still sourcing offshore and reinforcing the commercial logic of a domestic supply chain.
  • A fully domestic AAM opens access to defence and military drone markets that require domestic sourcing, alongside enhanced fast-charging commercial applications.
  • The MOU is non-binding and does not commit either party to proceed — definitive agreements are yet to be negotiated, and no timeline or terms have been confirmed.
Summarise with AI:

NOVONIX secures strategic partner to deliver fully domestic anode materials

NOVONIX Limited has announced a strategic partnership with ACP Technologies, LLC (ACPT) through a signed memorandum of understanding (MOU), advancing its push to build a resilient, end-to-end domestic battery materials supply chain in North America. The collaboration is designed to allow NOVONIX to offer customers a completely domestic pitch coated synthetic graphite anode active material (AAM), representing a new product class for the company. The MOU is non-binding and does not commit either party to proceed with any project or enter into a definitive agreement.

ACPT is a U.S.-based technology company that develops proprietary processes for converting low-value petroleum-derived feedstocks into engineered carbon precursors, with its patented processes used to produce high-value pitch material. The company has participated in numerous U.S. government programs across the defence and energy sectors, underscoring its strategic relevance to domestic critical materials supply chains.

What ACPT brings to the table — and why it matters now

ACPT’s core capability lies in converting low-value petroleum-derived feedstocks into engineered carbon precursors using patented processes, producing high-value pitch material that serves as a critical domestic input for battery manufacturing and advanced materials applications.

The Fully Domestic AAM Supply Chain Process

The gap ACPT addresses is significant. Currently, there are limited viable U.S.-based alternatives for anode materials, and ACPT is working to address this directly. Its track record across U.S. government defence and energy programs lends strategic credibility to the collaboration.

Under the MOU, the parties intend to pursue several projects across the following areas:

  • Synthetic graphite AAM development
  • Mass production process development
  • Proprietary technology advancement
  • Performance improvement of NOVONIX’s existing AAM using ACPT’s current offerings

Understanding synthetic graphite anode materials

In a lithium-ion battery, the anode is the negative electrode that stores and releases lithium ions during charging and discharging cycles. The anode active material (AAM) is the substance within the anode that performs this function, and its quality directly affects battery performance, longevity, and safety.

Synthetic graphite is manufactured from carbon-based raw materials under controlled, high-temperature conditions. Compared to natural graphite, which is mined and processed, synthetic graphite offers more consistent purity, tighter performance specifications, and is preferred in applications where reliability is non-negotiable.

Pitch coating adds a layer of carbon to the surface of graphite particles. This improves particle surface chemistry, enhances fast-charging performance, and enables the material to meet the demands of more exacting applications.

For investors, the ability to source 100% domestically carries meaningful strategic implications. It reduces exposure to geopolitical supply chain risks, particularly given that graphite supply chains are currently dominated by non-domestic, primarily Chinese, sources. A fully domestic AAM also positions NOVONIX favourably under U.S. energy independence and critical materials priorities. Importantly, it opens access to new end markets, including drone and military applications, as well as enhanced fast-charging commercial use cases.

US tariffs on Chinese graphite now exceed 160% on anode active materials, a structural shift that substantially raises the cost floor for any battery manufacturer still sourcing from Chinese suppliers and reinforces the commercial logic behind fully domestic alternatives.

What the partnership is designed to deliver

Materials produced through the collaboration are expected to support process validation and customer sampling, further improve performance for new markets, and advance the qualification and commercialisation of new domestic feedstocks and precursor materials for AAM production. These represent near-term, tangible intended outputs of the partnership, though they remain subject to the progression of definitive agreements.

Harrison Kreafle, VP of Technology Development, NOVONIX

“As we scale our U.S. manufacturing footprint, strategic relationships like this are essential… ACPT brings a differentiated, domestic solution that elevates product performance and strengthens the U.S. supply chain.”

Kevin Mulrenin, President, ACPT

“…”By combining ACPT’s ability to convert petroleum-derived feedstocks into tailored carbon precursors with NOVONIX’s expertise in synthetic graphite and anode materials, we believe we can accelerate the development and commercialization of a competitive North American supply chain for battery-grade graphite.”

Investment thesis — domestic supply chain as a strategic differentiator

NOVONIX’s broader strategic positioning centres on building a North American battery materials supply chain aligned with U.S. energy independence and defence priorities. The company serves energy storage, electric vehicle, industrial, and defence markets from its Chattanooga, Tennessee headquarters. A fully domestic pitch coated synthetic graphite AAM is particularly significant for defence applications, including military drones.

The Section 48C tax credit certification of US$103 million for NOVONIX’s Riverside facility in Chattanooga provides a transferable, near-term receivable that reduces reliance on dilutive equity raises as the company advances its domestic manufacturing buildout.

The layered investment significance of this MOU includes:

  1. Expands NOVONIX’s product portfolio with a new fully domestic AAM product class
  2. Opens access to defence and military drone markets
  3. Reduces supply chain exposure to non-domestic, primarily Chinese, graphite sources
  4. Advances NOVONIX’s fast-charging material performance credentials
  5. Positions the company to benefit from ongoing U.S. government critical materials funding and procurement priorities

It is important to note that the MOU provides a framework only. It is non-binding, does not commit either party to proceed with any project, and there is no assurance that the parties will reach a definitive agreement, or as to the timing, terms, or scope of any future collaboration. The strategic intent is clear, but definitive agreements are yet to be negotiated.

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Frequently Asked Questions

What is the NOVONIX ACP Technologies anode partnership about?

NOVONIX has signed a memorandum of understanding with ACP Technologies (ACPT) to co-develop a fully domestic pitch coated synthetic graphite anode active material for lithium-ion batteries, targeting defence, drone, and fast-charging commercial markets in the U.S.

What is a pitch coated synthetic graphite anode active material?

It is a battery anode material made from synthetic graphite — manufactured under controlled high-temperature conditions for consistent purity — with a carbon pitch coating applied to improve surface chemistry, fast-charging performance, and overall reliability compared to standard graphite.

Why does a fully domestic anode material matter for NOVONIX investors?

U.S. tariffs on Chinese graphite anode active materials now exceed 160%, making domestic alternatives commercially compelling; a fully domestic product also opens NOVONIX to defence and military drone markets that require domestic sourcing, and reduces exposure to geopolitical supply chain disruption.

Is the NOVONIX and ACPT MOU a binding agreement?

No — the MOU is explicitly non-binding and does not commit either party to proceed with any project or enter into a definitive agreement; there is no assurance that a definitive agreement will be reached, or on what terms or timeline.

How does the Section 48C tax credit relate to NOVONIX's domestic manufacturing plans?

NOVONIX has received Section 48C tax credit certification of US$103 million for its Riverside facility in Chattanooga, Tennessee, which functions as a transferable near-term receivable that can fund manufacturing scale-up without requiring dilutive equity raises.

Josua Ferreira
By Josua Ferreira
Partnership Director
Josua Ferreira holds a Bachelor of Commerce in Marketing and Advertising and brings a background in publication, business development, and ASX market storytelling. He has worked with listed companies across the resource sector and broader market, combining sharp commercial instincts with a genuine commitment to keeping investors informed.
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