Abstract
High purity ceramic materials like alumina ceramics, which can be offered with novel formations and modifications using advanced processing techniques, offer a wide spectrum of enhanced properties such as high mechanical strength, wear resistance, corrosion resistance, capability to withstand high temperatures and thermal stresses, high electric insulation and improved dielectric properties. High purity alumina ceramics with controlled composition and uniform minimal particle size can offer desired properties at low costs as needed for many engineering applications.High purity alumina (up to 99.99%, purity) is used in diverse engineering applications including electronics industry, wear resistant parts, corrosion resistant parts, chemical processing, translucent enclosures for highly corrosive sodium vapour (high pressure sodium vapour lamps), synthetic gems, oil and gas processing, refractories and a wide variety of industrial applications. The chemical applications to eliminate foaming and as catalyst i...
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