Ballistic protection panels are being developed by Morgan Advanced Materials (Morgan) for the Bloodhound Supersonic Car (SSC) team pursuing the world land speed record. Commissioned by the Bloodhound team ahead of an ambitious attempt in 2015, Morgan is developing custom parts for various applications from the vehicle’s ‘nose to tail’.

To extend the life of alumina or beryllia ESCs (electrostatic chucks), Morgan Advanced Materials has released the Diamonex technical hard-coats. Made of diamond-like-carbon (DLC) and other nanocomposite materials, the films are adjusted to meet resistivity requirements of the ESC while protecting electronic layers. 

A low bio-persistent solution ideal for use in ceramics, glass and metals manufacturing processes, as well as in commercial automotive and consumer goods applications, has been introduced by Morgan Advanced Materials. Offering a low bio-persistent-solution, the Superwool fibre papers are non-wetting to molten aluminium and feature low thermal conductivity, excellent tensile strength, thermal stability, and resistance to chemical attack. ...

A range of materials grown using CVD (chemical vapour deposition) processes has been introduced by Morgan Advanced Materials. Morgan's CVD SiC (Silicon Carbide) and PBN (Pyrolytic Boron Nitride) are suitable for use in semiconductor applications such as rapid thermal processing and plasma etch process chamber components.The materials are also suited for use in metalorganic CVD tools for high-brightness white LED manufacturing, using the indi...

Increasing capacity and product consistency, Morgan Advanced Materials has invested in a dedicated assembly cell at one of its UK production facilities. The investment follows a major increase in global demand for the company’s metering products, and reflects their commitment to continued investment in its Technical Ceramics sites and products for international distribution.

Designed for electronics, telecommunications, and aerospace applications, a range of precision glass tubing and rods has been announced by Morgan Advanced Materials. Applications include miniature fuse bodies, glass-to-metal seals in integrated circuit packages, glass lenses for EPROM and ROM.

A range of piezoelectric composite components, designed for applications where high performance is critical, has been launched by Morgan Advanced Materials. Components manufactured with Piezo composite materials offer improved acoustic performance over traditional transducer materials, feature higher transmit and receive efficiency, and can be produced in custom sizes, shapes, and materials.

Designed for use in electronics, telecommunications, and aerospace applications, a range of precision glass tubing and rods has been announced by Morgan Advanced Materials. Further applications include miniature fuse bodies, glass-to-metal seals in integrated circuit packages, glass lenses for EPROM, and ROM.    

In order to further increase production of flow sensor assemblies for use in heat, gas and water metering applications, Morgan Advanced Materials has announced that the company has made a major investment in a dedicated assembly cell at its manufacturing facility in Southampton, UK.

Enabling quicker response in medical components, Morgan Advanced Material's piezoelectric composites deliver improved acoustic performance over traditional transducer materials. They also feature higher transmit and receive efficiency, and can be produced in custom sizes, shapes, and materials.

A new range of single rod live-line capacitor assemblies for use on system voltages up to 36kV has been announced by Morgan Advanced Materials. Constructed from ceramic dielectric materials that exhibit a high AC breakdown strength, the new range can operate continuously on a 36kV system line, and a negligible change of capacitance with applied voltage.

The new transducer offers the automotive sector dynamic force measurement, ease of installation and excellent quality and reliability. Manufactured with wheel balancing equipment in mind, the product range can also be used in automotive applications such as measuring the force exerted on the brake pedal during brake tests, and as a rotor balancing sensor.