Measurable energy reduction in HVAC/R and thermal management applications.
Less energy spend, lower maintenance drag and cleaner operating economics across assets.
Lower emissions, better efficiency, cleaner operations overall.
Designed to fit real operating environments without major system replacement.
Improved heat transfer, lifecycle value and operational resilience.
Independently verified by the Advanced Carbons Council through rigorous in-person facility inspections and world-class material characterisation. Full traceability from production stream to finished product, verified to ISO/TS 9651:2025 and international standards.
Graphene-enhanced, advanced coating for air conditioners and heat pumps that improves thermal transfer, reduces corrosion impact and lowers wasted energy.
Saves fuel and extends engine life – a graphene-enhanced oil additive that reduces friction and restores worn engine surfaces.
Graphene slurry developed to enhance lithium-ion battery performance, applicable beyond lithium-ion, into next-generation energy storage.
A flagship energy storage technology, built for advanced energy storage systems beyond traditional coatings.
We put graphene to work: lower energy draw, lower emissions, longer asset life, and quicker results.
Improve heat transfer, cut wasted energy, and lower emissions in your refrigeration, cooling and industrial systems.
Reduce fuel costs, cut harmful emissions and extend engine life with our graphene-enhanced engine oil additive for diesel and petrol engines – just mix at a 1:100 ratio with your existing oil.
Safer, longer-lasting energy storage with graphene-enhanced aluminium-ion battery technology designed for demanding charge-discharge environments.
Go from first enquiry to full-scale rollout with help from our network of qualified partners for installation and ongoing service.
Reduce HVAC/R waste, improve building performance and strengthen cost control across commercial property footprints.
Deliver measurable thermal-efficiency gains and stronger operating economics without major system replacement.
Improve plant reliability, thermal efficiency and emissions reduction in energy-intensive operating environments.
Improve mechanical efficiency, wear control and maintenance results where uptime and operating cost are tightly managed.
Awarded by the Australian Institute of Refrigeration, Air Conditioning and Heating – the most recognised accolade in Australia’s HVAC&R building services industry.
Two awards at Data Center World in Washington DC, recognising THERMAL-XR®’s potential to disrupt existing data centre cooling technologies and deliver commercial results.
Awarded at Australia’s leading HVAC&R and building services exhibition for innovation and fitness for purpose in air conditioning technology.
