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Showing 211 results in "Morgan Advanced Materials”
When a global manufacturer of gas path components needed to increase production without compromising on product performance, little did it know it was about to form an industry partnership that would still be delivering benefits over 20 years later.
Following extensive research and development, Morgan Advanced Materials has successfully produced two new materials which offer superior performance and higher casting yields when used in injection-moulded ceramic cores for the aerospace market.
In a move to make the most of growing opportunities in India for electrical carbon, machined carbon/graphite and silicon carbide products in a range of industries, Morgan Advanced Materials, a world leader in materials science, has opened a new office in India.
Thermal insulation has long been a key element in the manufacture of cooking appliances, to deliver energy efficiency and safety to both commercial and domestic customers.
Fibreglass is the conventional material choice for thermal insulation in appliances such as ovens, range cookers and dual fuel cooking tops, but a shift change in favour of higher performance alternatives is now shaking up what has been, until recently, a relatively steady marketplace.
Richard Ellenberger, Engineering Services Manager at Morgan Advanced Materials, explores why high temperature Alkaline Earth Silicate (AES) fibres have become an integral specification choice for manufacturers looking to benefit from better performance, increased design flexibility and improved safety.
As design engineers increasingly seek out more efficient, higher performing pump components, Morgan Advanced Materials has improved its grinding capability of technical ceramics, in order to machine parts to single-digit micron tolerance.
The service life of China’s world leading high speed rail network has been successfully doubled with the application of electrical current collectors from Morgan Advanced Materials.
Morgan Advanced Materials, a global specialist in world leading rotary transfer systems, has announced the launch of its 2-in-1 slip ring system including encoder for high reaching earth moving plant and cranes.
The scarcely rivalled hydrophobic, low-friction and corrosion-resistant properties of PTFE make it a highly desirable engineered polymer, which is widely used in the manufacture of component parts. When it comes to meeting the demands of more aggressive environments though, manufacturers are embedding other compounds within the PTFE matrix to further enhance its performance capabilities.
Businesses affected by the declining oil and gas markets can now access extruded parts which are higher performing and more complex than many alternative options, thanks to Morgan Advanced Materials, a global leader in the development and application of advanced material technologies.
Morgan Advanced Materials, a global leader in the development and application of advanced material technologies, now has a dedicated volume silicon carbide manufacturing facility in Stourport, UK. This increased capacity has enabled the company to augment its sales in Europe and worldwide with these higher performing silicon carbide materials.