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Seabol Petro-chemical Pipeline Equipment Co.,Ltd
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Ceramic Fiber Products, High Hardness Ceramic Components
| Place of Origin: | Zhejiang, China (Mainland) |
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Product Detail
Electrical Insulation Ceramic Parts, <span style="font-family: arial,helvetica,sans-se
Electrical Insulation Ceramic Parts, echnical ceramic parts
ceramic materials:Alumina (Al2o3), Zirconia (Zro2), Silicon Carbide (Sic), Silicon Nitride (Si3n4),
Aluminium Nitride (Ain), Boron Nitride (b4c)
high mechanical strength
Ceramic Fiber Products, High Hardness Ceramic Components
Description:
Manufacturer Advanced Ceramics Parts and Components, advanced ceramic components, technical ceramic parts
Technical Ceramics" "Engineered Ceramics" or "Advanced Ceramics" can arguably be defined by function or by their material make-up. For example: you take a piece of clay (a non-"technical" material) and use it in a "technical" application and thus you have a "technical ceramic". However, most would argue that a "technical" ceramic is defined by its material composition, more so than its application. So if you are going to go the "material composition" route, a technical ceramic is a ceramic material that is derived from the same minerals that you can derive metals from. Example: If you take Bauxite, which is a mineral you dig up out of the ground, and make a metal out of it...you get aluminum metal. If you take Bauxite and derive a ceramic from it...you get aluminum oxide ceramic. If you take zircon sand, you get zirconium metal. If you derive a ceramic from zircon sand...you get zirconia ceramic. So, a technical ceramic can be defined by its application, but usually is defined by its chemical make-up. In simplistic terms for our forum here, a technical ceramic is a ceramic material that is derived from the same minerals that you can get metals from. While there are endless combinations of ceramic materials that can be derived, 99.9% of the technical ceramics that you will encounter are based upon the oxides, nitrides and carbides of various minerals, but primarily aluminum, zirconium and silicon.
1. Advanced ceramics
- low density
- high hardness
- high mechanical strength
- dimensional stability (specific stiffness)
- resistance to wear
- resistance to corrosion (resistance to chemical attack)
- weathering resistance
- high working temperature
- low or high thermal conductivity
- good electrical insulation
- dielectric and ferroelectric properties
2. The most popular advanced ceramic materials:
ALUMINA (al2o3), ZIRCONIA (zro2), SILICON CARBIDE (sic), SILICON NITRIDE (si3n4), ALUMINIUM NITRIDE (ain), BORON NITRIDE (b4c) etc..
More about us:
Sealand is a leading manufacturer of advanced ceramic products from China. We supply quality technical ceramic materials and components with competitive price.
Our fine ceramics were exported to Europe, North America, Japan, South Korea, Australia, the quality is creditable.
Our available materials for sale are:
high purity alumina(Al2O3), zirconia(ZrO2), Silicon Carbide, Silicon Nitride, Boron Nitride, steatite, metalized ceramics etc.
Our general ceramic parts include:
ceramic tube, ceramic rod, ceramic plate, ceramic disc valve, ceramic wafer, ceramic seal, ceramic bearing, ceramic valves, ceramic pump plunger, ceramic beam, ceramic roller, ceramic shaft, ceramic screw, ceramic sleeve, ceramic washer, ceramic lamp holder, ceramic insulator, ceramic nozzle, ceramic lining, ceramic guide, ceramic grinding media, ceramic milling ball or beads.
Application
These precision tolerance ceramic components or assemblies are used in a wide range of semiconductor, electronic, electrical, mechanical, chemical, automotive, textile and the other industrial engineering applications, due to their extreme hardness, more resistances to wear, heat, corrosion, high eclectric insulation and low thermal expansion.
Specification
