Why Ceramics?
INCERCO'S technical ceramics, which are based upon the oxides, carbides and nitrides of Aluminum, Zirconium and Silicon, have properties which make them ideally suited for various applications. Components made from our ceramic compounds are harder, stiffer and more resistant to heat and corrosion than components made from steel. Thus in the use for precision components in technical applications, our technical ceramics overcome many problems that affect other candidate materials. In fact, many designers may consider our ceramic materials as the material candidate of choice.
|
Heat No or little thermal deformation.
Stress High Young's Modulus and low elastic coefficient.
No plasticity and no permanent deformation.
Wear High hardness and little wear.
Low coefficient of friction.
Good compatibility with metals in some
applications / combinations.
Scratches Hard to scratch due to high hardness.
Will not burr (non-fibrous).
Rust Will not rust.
Humidity No swelling.
Corrosion Excellent chemical resistance.
Tolerance Precise dimensional control when machined
(due to less deformation while machining and
good clampability).
Problem Benefit of INCERCO technical ceramics
Thus, as we can see from the benefits of INCERCO technical ceramics; that you
have to "think hard"...and think ceramics.
MATERIALS
While there are many different types of technical ceramic materials that are utilized in
science and industry today, we can identify the four main ceramic materials most
commonly used:
-High Purity Alumina
-Zirconia
-Silicon Carbide
-Silicon Nitride
Our technical ceramics have unique characteristics that are not found in metallic or
organic materials. These properties are:
-High Hardness
-High Mechanical Strength
-High Temperature Stability
-Chemical Resistance
-Erosion Resistance
-Low Electrical Conductivity
As illustrated, we can define certain problems that often trouble design engineers and
see that the technical ceramics that INCERCO manufactures offer real material solution
benefits.