Morgan Advanced Materials Datasheets for Industrial Ceramic Materials
Industrial ceramic materials are non-metallic, inorganic compounds that include oxides, carbides, or nitrides. They have high melting points, low wear resistance, and a wide range of electrical properties.
Industrial Ceramic Materials: Learn more
| Product Name | Notes |
|---|---|
| A high purity, high quality alumina ceramic with an Al2O3 content in excess of 99%. An alumina grade developed for abrasive resistance and mechanical strength in chemically... | |
| A high quality alumina ceramic of 96% Al2O3 content. Excellent mechanical characteristics make this an ideal material for components where resistance to dynamic wear and abrasive action... | |
| A high quality alumina ceramic with a nominal of Al2O3 content of 95-96%. Ideal material for components where surface finish, resistance to wear and abrasive action are... | |
| A high-purity porous magnesia ceramic of typical composition 99.0% MgO and 0.65% CaO. Other components are 0.23% Al2O3 and 0.12% SiO2, with less than 0.05%... | |
| A high-purity porous magnesia ceramic of typical composition 99.4% MgO with 0.6% CaO, 0.05% Al2O3 and 0.05% SiO2. Maximum levels of other components are 0.05%... | |
| A porous alumina ceramic of 99.85% Al2O3 content, especially developed as a ‘lossy’ material for microwave attenuation as typically needed in vacuum tubes. | |
| A porous magnesia ceramic, containing a minimum 88.0% MgO, plus the following maximum levels of other components: 8.5% SiO2, 3.0% CaO, 0.29% Al2O3, 0.2%... | |
| A specially formulated ceramic with a TiO2 content of 95%. This material can be processed as electrically insulative in its pure form, or electrically conductive in a reduced form... | |
| A steatite ceramic of typical composition 27.7% MgO and 64% SiO2. This silicate-based material offers economy and good high temperature electrical resistance for components that do not need... | |
| A top quality alumina ceramic of 97.6% Al2O3 content, widely used for high integrity components where its exceptional electrical and thermal properties are essential to operational stability... | |
| A very high purity alumina ceramic of 99.9% Al2O3 content, produced specifically for surgical implant devices. | |
| A very high purity, sub micron grain sized zirconia toughened alumina matrix composite ceramic. Composed of a 99.9% alumina and 3mol% yttria partially stabilised zirconia (Y-PSZ), produced specifically for surgical... | |
| A very high-purity porous magnesia ceramic of typical composition 99.45% MgO and 0.25% CaO. Other components are 0.19% SiO2, and 0.07% Fe2O3 with less than... | |
| Alumina ceramic of 94% Al2O3 content. Its excellent combination of mechanical, thermal, electrical and chemical properties are well suited to applications across industry. | |
| Alumina ceramic of 95% Al2O3 content. This refractory-quality material is extensively used for high temperature applications in welding, heat treatment, and metallurgical and chemical processing. | |
| Alumina ceramic of 98.6% Al2O3 content. Well proven as a lightweight hard-faced armor tile material for battlefield vehicles and structures. | |
| Alumina ceramic of 99.5% Al2O3 content. This material is extensively used for applications that require exceptional electrical resistance combined with resistance to chemical attack. | |
| Alumina ceramic of 99.9% Al2O3 content. A very high purity material, used for the highest integrity applications where one, or a combination, of its exceptional mechanical, electrical,... | |
| Alumina ceramic with 95.0% Al2O3 content that is specially formulated for accurate grain size. This is feature particularly valuable when a ceramic microstructure is needed to provide... | |
| Alumina ceramic with a minimum Al2O3 content of 95.0% (typically 96%). This lightweight hard-faced material is especially formulated for ballistic applications. | |
| Alumina ceramic with a minimum Al2O3 content of 95.0% (typically 96%). This material is a high quality electrical insulator, with good mechanical properties, that is widely used... | |
| Aluminum silicate ceramic based on natural lava. It is typically a composite of 41.9% Al2O3 and 54.8% SiO2 with 2.3% TiO2, 0.75% Fe2... | |
| An advanced synthetic ceramic with a nominal Si3N4 content of 99%. Reaction bonded silicon nitride (RSBN) is made by directly reacting compacted silicon powder with nitrogen to... | |
| An alumina ceramic of 84% Al2O3 content, that combines excellent wear and chemical resistance with good electrical and thermal properties. | |
| An alumina ceramic of 86% Al2O3 content, that combines mechanical strength with excellent electrical properties. | |
| Cerasil is an alumino silicate ceramic with distinct advantages over steatite and high alumina. Low C.T.E. allows excellent thermal shock resistance. | |
| Fine grain alumina ceramic of 97.5% Al2O3 content. A high quality material, widely used for electrical and mechanical components that require thick film metallizing, as well as... | |
| High purity alumina ceramic of 99.5% Al2O3 content. Its purity, chemical resistance and high temperature capabilities prove invaluable for semiconductor processing applications. | |
| High purity alumina ceramic with excellent mechanical, electrical, thermal, and chemical properties. | |
| High purity alumina with a minimum purity of 99.8%. Specifically developed for semiconductor processing applications. | |
| High purity porous alumina ceramic of 99.7% Al2O3 content, used extensively for long-life laser reflectors. This material is sintered at high temperatures to achieve a controlled porosity. | |
| High-quality alumina ceramic of 97.0% Al2O3 content. This material is an excellent electrical insulator that can be metallized to facilitate high-temperature brazing of assemblies. | |
| Highly versatile alumina ceramic of 96% Al2O3 content, with excellent combination of mechanical, electrical, thermal and chemical properties. | |
| Highly versatile alumina ceramic with excellent mechanical, electrical, thermal, and chemical properties. | |
| Highly versatile alumina ceramic with great mechanical, electrical, thermal, and chemical properties. | |
| Macor ® is the machinable glass ceramic made by Corning Glass and widely used for critically exacting electrical duties. It is a composite of oxides of Si, Mg, Al, K,... | |
| Ultra Pure CVD Silicon Carbide ceramic material with total metal impurity content <5 ppmw measured by GDMS. The combination of excellent thermal, electrical and chemical properties makes this material well-suited... | |
| We have developed a series of hybrid Alumina loaded glasses to deliver improved hardness, strength and high thermal conductivity in comparison to normal sealing glass. This thermally conductive series of... |