PRESS RELEASE | “Fusion-H₂”
Ionix awarded UK government funding to develop ultrasonic meter designed to measure hydrogen flow.
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CASE STUDY | Gas Vortex Flow Metering
Ionix HPZ enables gas flow metering at temperatures exceeding 400°C, utilising the same cabling technology, electronics, and software, significantly extending market reach for OEM manufacturers of flow systems. With plug-and-play compatibility for PZT, Ionix HPZ maintains the same physics and physical form as PZT, ensuring seamless integration. This allows OEMs to easily adopt Ionix HPZ without needing to alter their existing systems.
CASE STUDY | Wide-Temperature Flare Gas Metering
Integrating Ionix’s HotSense flare gas transducers provided frequent, consistent, and high-quality methane gas velocity data across a wide temperature range (-200 to +400 °C), enabling our partner to expand market penetration into chemical processing and refining. By using our HotSense ultrasonic technology, our partner achieved rapid market entry without significant in-house product development costs, launching a product within eight months. HotSense, a certified intrinsically safe ultrasonic platform, optimised system certification for safe, easy integration into existing electronics, and ensured worldwide operation, delivering accuracy better than ±1% with a high turn-down ratio.
CASE STUDY | Accelerating High Temperature Clamp-On Flow Transducer Development with Ionix HPZ
Ionix’s flow meter OEM expands product offering to target high-value, low-competition, high-temperature flow metering applications with our HPZ piezoceramic-powered HotSense™ ultrasonic platform. This initiative includes the accelerated development and production of clamp-on ultrasonic transducers, reducing the product development cycle by threefold. A flow OEM partner outsourced production to Ionix to utilise our high-temperature assembly expertise, economies of scale, and adherence to ISO 9001 and ATEX/IECEx quality standards.
CASE STUDY | Ultrasonic Steam Flow Metering
Ionix delivered a steam flow Lamb wave transducer operating at up to 220°C (15 barg), ensuring high accuracy and compact size. The technique accurately measures flow speed in up to 90% dry steam, saving their partner development time and costs, and accelerating market entry. This advanced technology enhances efficiency, reduces costs, and provides a competitive edge.
CASE STUDY | Engine Speed and Position Sensing
A novel solution was sought by a leading high-performance automotive manufacturer to monitor the speed and position of the camshaft, crankshaft, gear box and other positions of interest up and down the drive train, in a package which would enable a step change in physical size requirements for a sensor. Explore this latest case study to find out more.
BLOG | HPZ Key Features
There are many key attributes to Ionix HPZ ceramic. These features are what make HPZ so unique and something that can easily enhance your piezoceramic products. Below are all the key features that we think make Ionix HPZ a ceramic that can optimise your applications.
BLOG | Next Generation Lead-Free Piezoelectric Materials
Ionix has begun the development of the next generation of lead free piezoceramic materials to address the challenge of potential future RoHS lead exemption reviews banning the use of lead in a wider range of applications.
There are currently no suitable lead-free piezoelectric materials for many critical devices and as such now is the time to explore alternative solutions.
High Temperature Shear – Simplified
With a high piezoelectric activity and high Curie temperature, Ionix HPZ580 material is uniquely placed for shear applications in a range of demanding environments. Our latest Easy-Piezo blog explores what high temperature shear is and how Ionix shear parts can operate beyond the capability of other commercially available materials.
PRESS RELEASE | Ionix Advanced Technologies Awarded UK Government Funding to Develop the Next Generation of Lead-Free Piezoceramic Materials
Ionix Advanced Technologies has been awarded a UK government funded grant entitled “Next generation lead free sensors and actuators”.