Engineering the future of energy control
Developing high performance molecular architectures that define the next generation of safety, strength, and sustainability in New energy Infrastructure
The Future is grounded by The materials of yesterday
Standard aluminium or plastic housings don’t just fail under cell failure, they collapse. Once breached, they cannot contain the internal blowtorch effect, allowing heat and flames to propagate uncontrollably and triggering an unstoppable chain reaction that consumes the entire pack.
eVTOL bodies must be tough enough to withstand massive rotor torque while remaining light for efficiency, achieving a structural balance that current carbon and/or glass fibre composites struggle to deliver affordably. Beyond toughness, they must also provide fire safety and ensure smooth, stable operation without external interference.
Rigid robots break; resilient robots adapt. We are moving beyond brittle structures that rely on sensors to stay safe. The next frontier of robotics integrates self-healing materials and self-powering systems directly into the frame. The result? Machines that are truly autonomous, durable, and capable of operating in the world’s most unpredictable environments.
the technology vault new materials IP
Thermal Integrity
Achieve more with less. Our multifunctional materials synchronise flame-suppressant triggers to meet high safety standards at record-low loading levels. We deliver uncompromised safety without the weight or cost of traditional additives.
Structural Integrity
Our proprietary coupling technology transforms the polymer–fibre interface. By designing permanent chemical bonds at the molecular level, we enable continuous fibre reinforcement for radical weight reduction and superior adhesion strength. This isn’t just a coating; it’s a molecular-level structural evolution.
Extreme Protection
SuperMaterials provides a new benchmark for environmental endurance. Our proprietary structures remain stable at temperatures above 550°C and are specifically engineered to neutralize the degrading effects of high-intensity radiation and electromagnetic waves. This ensures total reliability where conventional polymers fail.