Ionix Advanced Technologies Ltd has been awarded His Majesty The King’s Award for Enterprise: Innovation 2026 for its development of the HotSense sensor platform and proprietary HPZ piezoelectric materials designed for extreme-environment sensing, monitoring and measurement applications.
The award, regarded as the United Kingdom’s highest official business accolade, recognises Ionix’s contribution to continuous, real-time ultrasonic sensing technologies capable of operating in environments ranging from -200°C to +600°C, including high-pressure, explosive and radioactive conditions where conventional sensor technologies are unable to perform reliably.
The company’s HotSense platform has been developed to support continuous in-service monitoring without requiring plant shutdowns, scaffolding access or temporary instrumentation. The sensing technology is designed for deployment through fixed-point installations, manual inspections and remotely operated or robotic platforms.
According to the company, the system enables real-time process control and structural health monitoring across industrial environments, supporting operational efficiency, process optimisation, reduced unplanned outages and extended asset life.
At the core of the platform is Ionix’s patented HPZ piezoelectric ceramic material, engineered to maintain electro-mechanical performance under extreme operating conditions. The material powers a range of ultrasonic sensing applications including corrosion monitoring, crack detection, gas flow metering and level sensing in harsh industrial environments.
Piezoelectric materials are widely used in applications such as medical ultrasound, naval SONAR systems and automotive parking sensors. Ionix stated that its HPZ technology has also been adopted by major industrial measurement and control providers requiring high-performance piezoelectric components for specialist applications.
In addition to the HotSense platform, Ionix has recently introduced TRND, an intelligent corrosion and erosion monitoring system designed as a turnkey monitoring solution. The company has also expanded its materials portfolio with the development of XLF lead-free piezoelectric materials aimed at supporting OEM adoption in markets with tightening regulations on lead-based materials.
The company said the technologies collectively address industrial monitoring, sensing and measurement requirements across sectors including oil and gas, power generation and industrial process industries.
Ionix noted that the King’s Award recognition marks a major milestone for the company since its formation as a University of Leeds spin-out in 2011. The company recently inaugurated a centre of excellence for extreme-environment sensing and is continuing to expand its advanced materials manufacturing operations in Leeds.
During a recent visit, Rachel Reeves remarked, “businesses like Ionix showcase the great potential that Britain has to lead in sectors such as advanced manufacturing”.
The company also highlighted growing global demand for structural health monitoring and corrosion management technologies, driven by ageing infrastructure, stricter regulations and increasing costs associated with unplanned industrial outages.
Ionix stated that the HotSense platform addresses a key gap in the market by enabling continuous and quantitative wall-thickness monitoring in highly demanding process environments. The company currently has active engagements across the United Kingdom, continental Europe, North America and the Middle East, with future integration opportunities in small modular reactors, hydrogen infrastructure and next-generation battery storage technologies.
