Engineering materials for superior heat management
- 3Proof of concept projects completed
- 3Letters of intent secured
- 15+Potential customers in discussions
Heat Node, a thermally enhanced phase change material platform designed to passively regulate heat across a wide range of conditions and applications.
By relying on intrinsic material properties, Heat Node delivers thermal control without pumps, fans, electronics or other ancillary systems typically used for thermal management.
It is self-regulating, silent, and requires no operational energy input.
Customer Benefits
Common across all sectors — every sector gains a shared foundation, plus targeted advantages for their application.
Extreme weather resilience
~30% longer battery lifetime
Zero maintenance & zero emissions
Zero operational cost
Sector-specific advantages
Electromobility
- ▹Longer range
- ▹Faster charging
- ▹HVAC peak load and compressor cycling reduction
Power Tools
- ▹30–40% cheaper products
- ▹Longer operational time
Advanced Air Mobility
- ▹Lighter aircraft
- ▹Higher reliability
Battery Energy Storage System (BESS)
- ▹>50% reduction in total cost of ownership
The science
How our technology works
Surrounding
Direct contact
Heat Node surrounds the system, sitting in direct contact with the components that generate heat. No fans, no pumps — just material enveloping the source.
Heat load
Absorption
As the system heats up, Heat Node undergoes a phase transition and absorbs the excess heat, keeping the system within its optimal temperature range without active intervention.
Cool down
Recovery
When the load eases, Heat Node releases the stored energy, keeping the system at optimal temperature while being ready for the next cycle.
Key differentiators
Wide Temperature Range
Heat Node operates across 0–125 °C, enabling multiple applications and resilience in extreme weather conditions.
Tunable Flow Behaviour
The material's flow behaviour can be precisely tuned to prevent leaking in any orientation or application.
Tunable Thermal Conductivity
Thermal conductivity is adjustable to match the exact requirements of each system and use case.
Tunable Electrical Behaviour
Electrical properties can be tuned, unlocking additional design flexibility for power electronics applications.
Heat Node Attributes
Cost-effective
Thanks to our proprietary production method, we are able to manufacture Heat Node at highly competitive cost targets.
This allows us to deliver advanced thermal solutions without compromising on performance or scalability.
Scalable
Heat Node is inherently scalable, its thermal management performance increases with the amount of material used.
If your system generates more heat, simply add more Heat Node to match the demand.
No redesigns, just straightforward thermal control.
Sustainable
Heat Node is designed with sustainability in mind. It’s free from harmful chemicals, fully recyclable, and reusable across multiple applications.
For example, Heat Node used in power converters can be repurposed for thermal management in batteries, extending its life and reducing waste.
Silent
With no moving parts or noise-generating components, our system delivers high-efficiency thermal control in complete silence.
Work with us
From first conversation to commercial agreement
Our beliefs
Innovation
We foster a culture of entrepreneurship, honesty, engagement, and responsibility to ensure that our solutions not only power businesses but also empower communities.
Safety
We prioritise the safety and well-being of our customers, employees, and communities, embedding safety into every step of our energy systems and services.
Excellence
We pursue excellence in everything we do, from designing and delivering high-quality energy solutions to providing outstanding customer service, ensuring reliability and long-term value for our clients.
Collaboration
We believe in the power of collaboration, working closely with customers, partners, and stakeholders to create solutions that are tailored to real-world needs and drive success in the transition to clean energy.
The Team
Previously at
Our team brings over 25 years of expertise in 2D materials, systems engineering, technology scaling, and business development. We have successfully operated in both multinational and startup environments, combining deep technical knowledge with commercial insight to drive innovation from lab to market. From initial concept to final certification, our unique mix of research and development with practical expertise ensures every stage is optimized for success, from material choice to product launch.