Engineering Ceramics

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Engineering Ceramics Category

Engineering ceramic components have physical and mechanical properties, as well as some new ceramics with thermal and chemical functions. They have a precisely controlled chemical composition, which is easy to process according to controlled manufacturing technology and easy to carry out structural design.

We are able to provide extensive alumina, zirconia, steatite, cordirite, nitride alumium, silicon carbon and titium oxide ceramic parts.
It’s easy to achieve many different structural parts via injection, pressing directly with high temerature firing. Then with secondary precision processes, like  fine grinding, CNC machining, laser cutting or metallizing to obtain the components as customers’ requirement.
Due to it’s remarkable features than other material’s, It’s widely used in electronic, electrical, petrochemical , semiconductor, healthcare, machinery, chemistry, new energe, milltary, aerospace, almost all modern industries.

We classify products into 2 types：

1) Structural Ceramic Component
2) Zirconia Ceramic Components

 you can find the products you need from our classification.

Structural Ceramic Component Introduction

As advanced ceramic material’s  extraordinary electrical insulation, thermal characteristics, physical properties in comparison with tradditional metal, glass and plastic material. These make structural ceramic components is widely used in electrical & electronic devices,petrochemical industry, machinery,  intergrated semiconductors manufacturing, aerospace in a varity of fields. They work as support component,  connection part, terminal insulator, ceramic body, ceramic shell ,heat-sink, engineering tools and so on.
Our factory has been dedicating to a wide range of technical structural ceramic components, including alumina ceramic parts, zirconia ceramic parts, silicon nitride ceramic parts, aluminum nitride ceramic parts, boron nitride ceramic parts. They are usually shaped by dry pressed, hot pressed, ceramic injection molding, isostatic pressed, then cured under high temperature to obtain the dense ceramic body. 
In the high-end manufacturing industries, the precision dimensions is needed to reach the fitting relationship. In order to meet the requirement, we set up the CNC, fine grinding workshop to achieve the toughest challenge from our customers. Moreover, the surface finishs is needed to raise or increase the specific fuction in the application, such as the polished surface will reduce the friction, the glazed surface will increase the insulation strength, a metallizes surface will realize the bonding relationship from ceramics to metals, you could find the solutions here for the special requests with our comprehensive production equipment.

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Zirconia Ceramic Components Introduction

Zirconium oxide ceramic offers much stronger mechanism strength, fracture toughness than other fine ceramic material, it  is well suited to replacing metals due to its these exceptional features.Besides, zriconia has far highest resistance to chemicals and superior erosion resistance, This material is very fit to build wear parts ,cutting tools in every harsh environment.In the meantime, very low thermal conductivity is other critical characteristics of  zirconia,  it’s a very ideal material in need of low thermal conductivity field.

Yttria partially stabilized zirconia(Y-TZP), Magnesia partially stabilized zirconia (M-PSZ) as two regular material exist there for variety of zirconia ceramic components’ production.

Zirconia ceramic components  typically works as structural ceramics, wear parts, cutting tools, precision valve seats and seals, pump pistons,pump sleeves, spray nozzles, ceramic bearings, fiber optical capillary,  oxygen sensors and so on.

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