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Project at a Glance

Contents on the CD Rom

  • Ceramics are crystalline, inorganic non-metals.
  • Engineering Ceramics are high performance materials that are used for their hardness, retention of properties at high temperatures and electrical resistance properties.
  • Advanced ceramics are differentiated from traditional ceramics such as brick and porcelain by their higher strength, higher operating temperatures, improved toughness, and tailorable properties also known as engineered ceramics.
  • Ceramic engineering is the technology of manufacturing and usage of ceramic materials.
  • Ceramic forming processes may be classified as traditional - die pressing, cold isostatic pressing, slip casting and extrusion - or as new and emerging, such as injection moulding and tape casting.
  • The development of engineering ceramic manufacturing processes is to minimize defects in the sintered component and to ensure greater reliability in service.
  • The raw materials for manufacturing sialon ceramics come in powder form. Powdered raw materials are mixed with water or other binding liquids, and are formed by a hydraulic press.
  • Ceramic engineering design requires consideration of materials properties, operating environment and the fabrication process used. Limiting factors in ceramic designs include cost, component geometry, dimensional tolerances, reliability and risk of premature failure.
  • A clear and prioritised specification of the requirements of the application is a prerequisite of any ceramic engineering design.
  • Ferroelectric ceramics are very promising for many applications such as capacitors, sensors, piezoelectric transducers, electrooptic devices, and thermistors, giving rise to productive research activities.
  • Ion transport membranes (ITMs) are a revolutionary platform technology for producing hydrogen and synthesis gas for applications in power generation, transportation fuels, and chemicals.
  • The ITM Syngas process provides a lower-cost method for converting natural gas to hydrogen and synthesis gas by combining air separation and natural gas partial oxidation in a single-step ceramic membrane reactor, with the potential for capital cost savings of over 30%.
  • The markets for engineering ceramics (structural,environmental and process applications)were valued at 21,275 million in Europe and$1,348 million in the United States.
  • The United States is a net importer of engineering ceramics while Europe, especially Germany, produces more than it consumes.
  • Indian Ceramic Industry can emerge as a major manufacturer/supplier in the global market. It has an annual output of 8.5 lakh metric tons. Advanced Ceramics manufacture has also been embarked upon.
  • The Indian Ceramic Industry faces unprecedented opportunities. These must be translated into achievements to make India a major ceramic industry center.
  • The ceramic market in the kingdom comprises of two main segments; the first being the construction related materials like tiles and sanitary items, while the second includes household products of cups, sauces and vases.
  • The demand for ceramic armour (boron carbide, titanium diboride,
    silicon carbide, alumina) in the USA expanded very rapidly in 2004-2006.
  • The market for ceramic-on-ceramic hip joints is growing rapidly.
    Europe produces far more ceramic hip prostheses than it consumes,
    exporting many to the USA.
General Information
  • Advanced Ceramics
  • Kinds of ceramic products
  • Ceramic engineering
  • Engineering Ceramics
  • Introduction to Ceramics
  • Traditional Ceramics

Products

  • HPLC  Components and Subassemblies
  • Engineering Ceramics
  • New Diamond Film
  • Sinoceramics Special Engineering Ceramics
  • Engineering Ceramics Products
  • Products List

Data Sheets

  • Aluminium Oxide - Silicon Carbide Whisker Solid Ceramics
  • Glass and High Purity Grades
  • Chemical Grades from MEL Chemicals
  • Ceramic Pigment Grades
  • Melox Nanosize Yttria Stabilized Zirconia
  • High Performance Engineering Ceramics

Technology

  • Engineering Development of Ceramic Membrane Reactor Systems
  • Ceramic Membrane Reactor Systems for Converting Natural Gas to Hydrogen and Synthesis Gas
  • Systematic Growth
  • Ceramics: The Future is Now
  • Manufacturing technology of ceramics

Patent

  • Composite Ceramic and their Production Process
  • Method of Defect Evaluation for Ceramic Products
  • High Temperature Flexible Seal
  • Method of Ceramic Materials and Ceramic Products, Formed Thereby
  • Process for Modifying the  Surface of Hard Engineering Ceramic Materials

Manufacturing Process

  • Computer-Integrated Ceramics Manufacturing
  • Designing with Engineering Ceramics
  • Ceramics in Manufacturing
  • Manufacturing of Sialon Ceramics
  • Manufacturing Process
  • Processing
  • Advanced Forming Techniques in Ceramics

Raw Materials and Its Suppliers

  • Alumina Suppliers
  • Clay Suppliers
  • Ferrite Powder Suppliers
  • Slip (ceramics)
  • Sodium Silicate
  • Sodium Silicate Manufacturers

Machinery Suppliers

  • Ceramic Machinery
  • Machinery for Ceramic Industry
  • Hydraulic Presses Suppliers

Market

  • Indian Ceramic Industry : A Futuristic View
  • Engineering Ceramics Market Outlook
  • Engineering Ceramics Market
  • The Expanding Ceramic Sector in Saudi Arabia
  • Ceramics Recapture Cutting Tools Market
Properties
  • Interphase Boundaries in Engineering Ceramics
  • Advanced Ceramics Design and Selection of Advanced Ceramics for Engineering Applications by Morgan Technical Ceramics
  • Grinding characteristics of engineering ceramics in high speed regime
  • Mechanical and Physical Properties of Engineering Alumina Ceramics
  • Biomimetic synthesis of cellular SiC based ceramics from plant precursor

Applications

  • Industrial Applications
  • Engineering & Industrial Applications of Syalons
  • Designing with Engineering Ceramics
  • Advanced Metallized Ceramics for Electronic Applications
  • Metal Forming Applications
  • Advanced Ceramic Materials: Summary of Possible Applications
  • A New Family of Reaction Bonded Ceramics for Armor Applications

Projects and Consultants

  • Business Plan
  • Conventional Machining of Green Aluminum/Aluminum Nitride Ceramics
  • High Speed Deep Grinding of Tetragonal Zirconia
  • Consultant in South Carolina
  • Experts
  • Consultant in Carolina
  • Consultant in UK
  • Consultant in Germany
  • Consultant in Delaware

Suppliers and Buyers

  • Company from South Africa
  • Ceramic Suppliers
  • Ceramics Selling Leads
  • Ceramic Exporters
  • Chinese Suppliers
  • Ceramic Manufacturers
  • Engineering ceramics suppliers
  • Engineering Ceramics Selling Leads
  • Buyers List

Reports

  • Ceramic Composites and Laboratory - Annual Report
  • Nondestructive Evaluation of Advanced Ceramic Composite Materials
  • Engineering Development of Ceramic Membrane Reactor Systems for Converting Natural Gas to Hydrogen and Synthesis Gas for Liquid Transportation Fuels
  • Rules of the Engineering Ceramic Division
  • Tribological Characterisation of ceramics and composite materials

Company Profiles

  • Company in Switzerland
  • Company in North America
  • Company in USA
  • Company in Japan
  • Company in England
  • Company in India
  • Company in Massachusetts
  • Company in Germany
  • Company in Pennsylvania
  • Another Company in England

 

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