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Showing 62 results in "Technical Ceramics”
Morgan Advanced Materials, a global leader in the development and application of advanced material technologies, has developed a new ceramic extrusion die, which enables engineers to significantly reduce costs and issues associated with poor die life, dimensional control, inferior surface finish, and high scrap rates.
A working partnership between Morgan Advanced Materials and Renishaw, a global company specialising in industrial metrology and spectroscopy, continues to go from strength to strength.
As multi-sector technological developments continue to demand smaller parts with higher performance and improved longevity, Joerg-Uwe Wichert, Manager of New Business for Morgan Advanced Materials, explores why specifying power tubes with an increased dielectric strength is becoming increasingly important in high-voltage applications, particularly at high temperatures
The ongoing relationship between Morgan Advanced Materials and Gripple is proving highly successful in agricultural and industrial applications around the world. By including Morgan's renowned Sintox™ FA alumina ceramic in their range of steel wire joiners and tensioners designed for use in agriculture and construction, Gripple has distinguished itself from more mainstream competitors. So it is little wonder that this employee-owned business is going from strength to strength, and that Morgan has helped Gripple to deliver more than 20 million units per year to 86 countries.
Morgan Advanced Materials has announced the launch of a new range of furnace products made from fully stabilised zirconia which offer extensive performance benefits in temperatures of up to 2,000ºC (3,632ºF) in a variety of industrial process applications.
Morgan Advanced Materials has enhanced its production capability to include brazing of zirconia in response to a growing market demand for zirconia products.
Morgan Advanced Materials has announced that it now has the capability to carry out digital prototyping at its Technical Ceramics facilities, maximising its design capability and providing more rigorous evaluation during development projects, particularly for brazed assemblies.
Morgan Advanced Materials has made a further addition to its extensive product portfolio with the launch of a new range of high-temperature kiln furniture. Ideal for use at temperatures up to 1,700oC (3,092oF) under corrosive conditions, the launch of this new range in MgO-Spinel has been developed in response to the changing needs of the market.
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).
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.