Ceramics could be used in manufacturing applications

If you have complex casting processes, which include components of a small size or intricate cooling passages our range of investment casting ceramics provide a solution that offers high performance without sacrificing cost effectiveness.

Our ceramic materials offer unprecedented possibilities for many industries, especially when products and components with extreme material properties are required. ceramic material including Aluminium Oxide, Zirconium Oxide, Silicon Carbide, Boron Carbide, Silicon Nitride and Boron Nitride.

We manufacture these products using a proprietary low-pressure injection moulding process and a proprietary firing process, which have been specifically designed with high volume and short lead-time in mind.

http://www.innovacera.com/
We can generate sample volumes as soon as possible,and routinely produce production volumes. If you would like to explore the potential offered by our investment casting ceramics and other foundry products, contact us today.

Precision Ceramics Technology for Heaven and Earth

With economic development,since 1992 when the company first started trading, Precision Ceramics has been involved in many novel and unusual applications for technical ceramics in markets as diverse as aerospace, automotive, opto-electronics and nuclear power.

All have two factors in common; the quality and reliability of the technical ceramic products we’ve developed for them.  And based on this knowledge, our reputation as a solution provider is well charted and highly respected, a fact mirrored in the ever-widening diversity of markets we serve.

Innovacera offer you a wide range of production facilities like extrusion, injection moulding, pressing and casting. Depending on product geometry and quantities, we will choose the suitable technique for your products.

The products widely used in Aerospace, Research, Food Processing, Fluid Handling, Scientific, Automotive, Defense, Thermal Processing, Electrical, Process Control, Textile & Wire, Pulp & Paper, Mechanical, Glass Processing, Mineral Processing as well as smaller niche markets.

Read more ,you can visit http://www.innovacera.com/

Introducing my new website

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Precision Ceramics Technology for Heaven and Earth

With economic development,since 1992 when the company first started trading, Precision Ceramics has been involved in many novel and unusual applications for technical ceramics in markets as diverse as aerospace, automotive, opto-electronics and nuclear power.

All have two factors in common; the quality and reliability of the technical ceramic products we’ve developed for them.  And based on this knowledge, our reputation as a solution provider is well charted and highly respected, a fact mirrored in the ever-widening diversity of markets we serve.

Innovacera offer you a wide range of production facilities like extrusion, injection moulding, pressing and casting. Depending on product geometry and quantities, we will choose the suitable technique for your products.

The products widely used in Aerospace, Research, Food Processing, Fluid Handling, Scientific, Automotive, Defense, Thermal Processing, Electrical, Process Control, Textile & Wire, Pulp & Paper, Mechanical, Glass Processing, Mineral Processing as well as smaller niche markets.

Read more ,you can visit http://www.innovacera.com/

Zirconia Ceramics as Biomaterials

We know that  Zirconium compounds are refined from naturally occurring ores, notably zircon, and usually contain trace amounts of other elements depending upon the source of the original ore.

n particular, zirconia typically contains trace amounts of radionuclides of the actinide series such as 226Ra and 228Th.

As a consequence there have been some concerns about the use of zirconia ceramics as implant materials.

The Radioactivity of Zirconia Biomaterials

However, the radioactivity of zirconia is negligible.

In a dense ceramic, almost all the radiation will be absorbed within the bulk of the material. Any external radiation could come only from radionuclides at the surface in the case of a-emission, or from radionuclides in the first few millimetres in the case of b-emission.The radiation risk of zirconia ceramics is negligible and certainly no more than that of alumina.