The funding round, which includes current investors Parkwalk and Amadeus, will enable the business to increase its technological capacity globally and enhance its R&D capabilities.

Pioneering devices set new benchmarks in linearity and output symmetry, thereby opening up an array of potential application opportunities.

Paragraf, the leader in the development and production of graphene electronic devices, has appointed Charles Platts as Chief Finance Officer. Charles will support Paragraf throughout its next phase of rapid growth, and beyond, bringing a strong commercial focus.

Graphene Hall sensor enables commercial organisations to accurately measure high magnetic field strengths at cryogenic temperatures, increasing manufacturing throughput by quicker magnet mapping, replacing existing NMR probe mapping stages.

Tests show accurate operation can be sustained at mK temperature levels while simultaneously exposed to ultra-strong magnetic fields.

Paragraf, the leader in graphene-based transformative electronic devices, announces a new graphene Hall Effect sensor ideally suited to battery applications, such as the electric vehicle (EV) sector.

Paragraf, the leader in graphene-based transformative electronic sensors and devices, is helping to realise an industry first by implementing a supply chain for graphene Hall-Effect sensors used in high-temperature Power Electronics, Electric Machines and Drives (PEMD) within the aerospace sector.

Paragraf, the leader in graphene-based transformative electronic sensors and devices, has demonstrated the ability of its graphene Hall Effect sensors to withstand high levels of radiation.

Paragraf’s Dr Hugh Glass outlines the extraordinary technical characteristics of an exciting new electronic device.