Electronics
Morgan Advanced Materials produces engineered precision parts for an increasing number of niche applications in consumer, telecoms and specialist electronics. The group helps manufacturers of electronic equipment in their drive towards higher performance and reliability in smaller, lighter and more robust products.
Our advanced materials allow semiconductor manufacturers to work at higher temperatures with greater energy efficiency and reduced risk of contamination for a step change in process performance. This has enabled the manufacture of new products including integrated circuits, LED devices and very fine optical fibres.
We make the highest purity and controlled microstructure materials in the world and have enabled yield and process improvements in specialised semiconductor and LED substrate fabrication processes including ion implantation, epitaxy and compound crystal growth.
We also produce a wide range of standard and specialised components and assemblies including metallised parts and ceramic-to-metal subassemblies. Our specialised manufacturing capabilities allow us to produce high quality electronic components cost-effectively in high volume.
Our piezoceramic components are highly versatile, durable and stable with excellent electrical and thermal properties. We make actuators for high-capacity hard disk drive (HDD) data storage which enable the head to be positioned with extraordinary accuracy and vibration control, and ceramic formers for wire-wound radio frequency (RF) inductors for mobile phones, laptops, high definition televisions, lighting controls, sensors and wireless devices.
Our dielectric materials offer high quality capacitance solutions for applications from laser instrumentation to microwave and high-voltage systems. Our high-purity alumina ceramic is used extensively for waveguides in Co2 lasers and insulators in excimer lasers that function in harsh environments. We are a major supplier of components for electron tubes used in communications, signalling and control equipment.
