Volt Carbon Technologies

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

12/24/2025

Season’s greetings from Volt Carbon. Wishing everyone a safe and peaceful holiday season.

12/18/2025

We are pleased to welcome Jonathan A. Yuen, Rear Admiral (Ret.), as a Technical Advisor.

Admiral Yuen brings extensive experience in logistics, supply chain operations, and large-scale system ex*****on.

His perspective will support our work as we continue advancing practical materials processing and system development.

We value experience, discipline, and long-term ex*****on.

USS Hornet - Sea, Air and Space Museum U.S. Navy

12/16/2025

One important thing to know.

Everything you see here is real and produced by us.

• Battery cells built and tested in our lab
• Graphite produced using our patented dry separation process
• Graphene and composite materials made from our graphite
• Diamond materials grown from our graphite
• Photos, demos, and test results all generated internally

These are not separate projects.
They are different outcomes of the same controlled carbon system.

Hands on materials work matters.

Engineering Post National Geographic NASA - National Aeronautics and Space Administration

TSV: VCT.V, OTCQB: TORVF

We are on a mission to secure and commercialize North America’s critical graphite supply, driving the next generation of sustainable energy storage and advanced materials.

12/15/2025

Expandable graphite starts as natural graphite flake. What happens next is what makes it special.

With intercalation and controlled heat, the flake expands into a worm like structure filled with tiny sealed chambers. These expanded structures can be pressed into flexible graphite foil used for heat management, fire protection, and battery safety. They can also act as scaffolding for advanced battery anodes.

The same high-quality flake can also be used to make graphene, where crystal structure and layer integrity matter.

Expandable graphite and graphite foil are already used in fire barriers, electronics, batteries, and high-temperature industrial applications. Canada has the graphite. Building more of this processing capability at home could strengthen North America’s advanced materials and energy supply chains.

12/10/2025

We ran a simple heat exposure demo on an epoxy panel loaded with expandable graphite.
A blowtorch was used to mimic the kind of rapid thermal input you can see during lithium ion battery thermal runaway events. The flame stayed on the same spot for over 40 seconds which is far longer than most flame exposure tests.

If you have ever heard the saying “now we are cooking with gas,” this is the materials science version.

Instead of burning through, the expandable graphite separates and grows into a thick carbon layer that helps block heat. It is a well known behavior in carbon materials but still fascinating to watch up close.

Materials like this are being studied for demanding environments in defense, aviation, automotive, and residential applications where strong fire and thermal blocking performance can be crucial to safety.



Unbox Therapy
Unbox Factory
Science

12/10/2025

We’ve updated our OTCQB profile with new videos, including our patented dry-separation demo and our DAIR Green Fund presentation.

Keeping all platforms aligned with our latest public disclosures so U.S. investors can follow the same material we share in Canada.



MarketWatch
Yahoo Finance
Benzinga

12/09/2025

In this video a magnet moves beneath a tray of our large flake graphite.
Watch how the flakes respond.
They lift.
They stand upright.
They pivot and follow the magnetic field as if the material is alive.

This is the hidden physics of SP2 carbon.

Graphite is diamagnetic. Its electron structure creates a small repelling force when exposed to a magnetic field.
The basal plane repels the field more than the edges, so when the strongest part of the magnetic field passes underneath the flakes rotate to reduce magnetic energy. This is why they lift and align in real time.

A simple demonstration, but one that reveals how structure matters in advanced materials and next generation energy systems.

Tagging a few great science channels that often explore surprising physics

Unbox Factory
Unbox Therapy
Veritasium
Science

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