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Showing 207 results in "Morgan Advanced Materials”
Morgan Advanced Materials has responded to customer demand with the development of bespoke insulating fire bricks for the production of infrared (IR) gas furnaces used by a major customer in applications where precise control and consistency of temperature are key.
Trials of an alternative thermocouple sheath have delivered significant cost and time savings for a components manufacturer which caters for some of the world’s leading automotive industry operations. In tests carried out at its plant in Aurangabadin India; High Technology Transmission Systems Pvt Ltd found that thermocouple assemblies supplied by Morgan’s Molten Metal Systems business outlasted even their manufacturer’s estimated operational life, far out-performing the existing solutions available to the company.
For many years now, the engineering world has sought innovative yet effective solutions to the problems of ensuring safety in road tunnels, and in particular protection against the constant threat of fire. Now, thanks to the use of FireMaster® FireBarrier™ 135 from Morgan Advanced Materials, the users of one key road tunnel in central Italy are thoroughly protected.
Morgan’s Molten Metal Systems business announces its HotRod™ pyrometry sheaths and other pyrometer assembly products, which protect thermocouples in furnace heating control systems. Industry proven for over 30 years, the pyrometer assemblies are made of a durable, erosion-resistant clay-graphite mix with special plasticity properties, which is then extruded into the proper shape.
Major engine OEM investigates replacing RCF with new AES fiber blanket.
Morgan Advanced Materials’ Seals and Bearings business offers superior quality axial and radial seal components for applications with severe service conditions. Morgan’s components are highly thermally conductive and resist corrosion due to their rugged construction from carbon, graphite, and silicon carbon-based materials. They perform reliably under stress and can be tailored to best fit individual applications.
Conversion from RCF to low bio-persistent fibers helps manufacturers gain performance and health and safety benefits.
Morgan Advanced Materials has announced a new joint development agreement with The University of Manchester, aimed at scaling up a new process for manufacturing graphene – a one-atom thick carbon allotrope first isolated at the university ten years ago and for which two Nobel Prizes were awarded.
Developed for high-energy pulsed Q-switching infrared laser applications, a new, high-absorption samarium oxide glaze from Morgan Advanced Materials means it is now able to offer three grades of glaze for laser systems.
An innovative and powerful ceramic to ceramic bonding technique has been developed by Morgan specifically for use in demanding high-pressure fluid handling and vacuum applications.