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Morgan Advanced Materials has made two new additions to its extensive range of crucible coatings for the foundry sector.
The first official experiment has taken place in a novel collaboration between industry and academia in the production of graphene – a one-atom thick carbon allotrope with a multitude of potential applications.
A state-of-the-art facility which is set to drive global developments in structural ceramic materials and technology has been officially opened by Morgan Advanced Materials.
Morgan Advanced Materials, the global leader in specially-engineered ceramic materials for industrial applications, has extended its laser equipment manufacturing capability and product portfolio in Europe. Two of its European production facilities are now working in close collaboration, allowing Morgan to provide a comprehensive package for existing and prospective customers.
Morgan Advanced Materials announces the availability of Min-K® microporous insulation, which delivers high performance thermal management for the most demanding rail applications including data recorder, thermal barrier, and fire protection applications for passenger and cargo rail systems. Featuring low thermal conductivity, high compressive strength and low weight, Min-K® is available in flexible, board and shape, and tape forms>
Morgan Advanced Materials has once again responded to industry demands with the launch of a range of kiln furniture made from a new high-performance nitrite-bonded silicon carbide material suitable for use at temperatures of up to 1,500ºC (2,732ºF).
The Thermal Ceramics business of Morgan Advanced Materials announces the availability of its WDS® Flexible Pipe microporous insulation, ideal for deep-sea oil pipelines due its flexibility and superior insulating properties. Morgan’s Porexther® WDS® Flexible Pipe solution enables the construction of smaller, lighter, and more cost-effective double-wall offshore pipelines (“pipe in pipe” systems).
Morgan Advanced Materials announces the availability of their new insulating refractory monolithic products for a wide variety of high-temperature applications. These lightweight refractory castable materials can be easily installed using casting or gunning, giving them the flexibility to meet the needs of demanding environments, including petrochemical applications.
The Thermal Ceramics business of Morgan Advanced Materials announces the availability of its WDS® UltraShell™ microporous insulation, whose superior insulating properties make it ideal for energy sector applications demanding hot piping, including power plants, refineries, and renewable energy facilities. Morgan’s Porextherm® WDS® UltraShell solution enables the construction of smaller, lighter, and more cost-effective double wall “pipe in pipe” hot piping applications.
Morgan Advanced Materials announces the availability of brazed assemblies for medical imaging applications using ceramic insulators. Assemblies are manufactured with proprietary grades of high purity alumina ceramic with superior electrical and dimensional stability across a wide temperature range. Morgan’s ceramic-to-metal assemblies for imaging components include high voltage insulators for CT scanning equipment, anodes and cathodes, filament insulators, getters and headers, as well as ceramic components used in vacuum tubes for x-ray equipment. Morgan’s materials and manufacturing process result in better seals with maximum hermeticity for high performance and extended life cycle. Advanced ceramics also allow higher voltages, which result in higher power and improved image resolution.