Volt Carbon Technologies

07/16/2026

07/10/2026

This week we announced our first commercial toll processing agreement utilizing our patented Air Classifier technology, representing a minimum annual committed processing volume of 40,000 tonnes and a minimum annual revenue commitment of US$4.0 million, subject to the terms and conditions of the agreement.

This agreement demonstrates the commercial value of our technology and supports our strategy of building scalable solutions across multiple products and industries.

Thank you to our employees, partners, customers, and shareholders for your continued support.

Calgary, Alberta--(Newsfile Corp. - July 7, 2026) - Volt Carbon Technologies Inc. (TSXV: VCT) (OTCQB: TORVF) (BE: WNF) ("VCT", "Volt" or "Volt...

06/11/2026

U.S. Patent Issued

Further to our recent patent allowance announcement, Volt Carbon's U.S. Patent No. 12,629,722 has now officially been issued by the USPTO.

Another step forward in building our intellectual property portfolio and advancing innovative graphite processing technologies that support North American graphite and graphene supply chain sovereignty.

06/11/2026

Graphene will be an important part of our business but not our entire business.

06/03/2026

I am pleased to announce the appointment of Dr. Hey Woong Park as Chief Technology Officer of Volt Carbon Technologies

Dr. Park brings more than 20 years of battery OEM and advanced materials experience, including work with LG Chem and LG Energy Solution. Public patent records identify Dr. Park as an inventor on numerous battery related patents spanning battery materials, cell manufacturing, battery safety systems, and battery pack design.

Since joining Volt Carbon, Dr. Park has contributed to numerous technology milestones, including lithium battery development, graphene synthesis, graphite processing, and advanced materials characterization. Working alongside research partners, including the University of Waterloo, he has helped advance our understanding of the relationship between the crystalline properties of natural graphite and the performance of graphene derived materials. His work also contributed to the development of reduced graphene oxide produced from Volt Carbon's graphite resources, which was previously reported to improve epoxy mechanical properties by 40% to 60%, a result the Company reported was considered to be at the high end of improvements described in scientific literature for graphene reinforced epoxy systems.

I look forward to working with Dr. Park as we continue to advance Volt Carbon's battery, graphene, and advanced materials technologies.

V-Bond Lee, P. Eng.
CEO, President & Chairman
Volt Carbon Technologies



$TORVF $VCT.V

Calgary, Alberta--(Newsfile Corp. - June 3, 2026) - Volt Carbon Technologies Inc. (TSXV: VCT) (OTCQB: TORVF) ("Volt" or the "Company") is pleased...

02/02/2026

This graphic highlights the real impact of our technology.

A secure domestic supply of graphite and graphene removes a critical bottleneck for batteries, defense, aerospace, nuclear, and advanced manufacturing across North America.

Technology first. Focused on ex*****on and long-term value.

Volt Carbon Technologies Inc.

01/23/2026

When comparing battery performance, most discussions focus on energy density.

What often gets overlooked is how long a battery lasts, how it is tested, and what cell format is used.

Based on publicly disclosed data, our NMC811 lithium-metal pouch cell operates in a range that combines both high demonstrated cycle life (~1,600 cycles) and high cell-level energy density under stated test conditions.

Public disclosures from other major battery developers show strong progress as well, using different architectures, formats, and testing approaches.

Understanding the details makes all the difference.

Science

01/12/2026

10 billion humanoid robots will be limited by materials, not imagination

This chart shows the constraint
Graphite alone would require approx 13x today’s global production

Our position
We patented a dry extraction process delivering high-crystallinity natural flake graphite
No chemicals
No water
Lower cost
Faster to market

High crystallinity graphite is the starting point for graphene and advanced carbon materials

As humanoids scale, materials quality and supply control become strategic advantage

Chart source: Adamas Intelligence

$VCT $TORVF

01/05/2026

Continuing long term materials development at our Guelph processing facility.

This approximately 15 ton stockpile of graphitic rock has been staged onsite for over a year and supports ongoing validation work and material supply to customers. The material averages about 7.5% carbon, with localized areas reaching up to 13%, and is hosted in marble.

Using our patented dry air classification process, calcium carbonate is separated without water or chemicals. This enables repeatable, environmentally responsible testing toward graphene and other advanced carbon materials.

Steady ex*****on as we move into 2026.


International Energy Agency (IEA)
Cleantech Group
ScienceDaily

12/31/2025

A closer look at what real large flake graphite looks like.

These are microscope images of premium large flake graphite processed using our patented dry air separation technology. No water. No chemicals. No crushing. The natural flake structure is preserved.

Maintaining flake integrity is critical for converting graphite into high quality graphene for advanced materials and battery applications. It is a small detail that makes a big difference downstream.

Happy New Year to the science and materials community. Wishing everyone a year of discovery, innovation, and progress. Looking forward to sharing more in 2026 with the broader research community.

Science Unbox Factory Veritasium