Ceramic substrates have been gaining popularity with the advancements in engineering, science and technology. The usefulness of ceramic substrates is matchless in sectors such as automobiles, electronics and renewable energy. Ceramic substrate differs from materials in terms of durability, lifespan, conductivity and thermal stability which contribute to the overall functionality.
Ceramic substrate: a detailed overview
Ceramic substrates are advanced ceramic materials that offers competitive benefits when used as foundation. They provide a durable and strong base for entities in electronics, industries and automobiles. The surface is often smooth and uniform and to a larger extend rectangular in shape.
Properties of Ceramic substrates
As mentioned, ceramic substrates have superior properties while comparing with any competitive counterparts.
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Properties |
Description |
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Durability |
The higher compressive strength of ceramic substrate makes them suitable for application that requires structural stability . |
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Thermal Stability |
Ceramic substrates can withstand high temperature that makes them suitable for applications of automotive, industrial and electronic. |
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Electrical Conductivity |
Ceramic substrate is an insulator material, they can be used to retard the flow of current. |
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Stability |
Ceramic substrate material offers good dimensional stability. This property finds its application in microelectronics |
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Corrosion resistance |
Ceramic substrates are inert materials which makes them ideal choice for Ceramic substrate catalytic convertor |
Types of Ceramic Substrates and their uses
Ceramic substrates are of different types depending on the material constitution. The advantageous properties of distinct material help the engineers use the required ceramic substrate for the desired application. Different ceramic substrates are listed here:
Alumina Ceramic substrate
Alumina ceramic is a multipurpose ceramic. They are widely used in applications that require good thermal stability .Alumina ceramics are perfect insulators. They also offer greater corrosion resistance which makes them an ideal fit for ceramic substrate catalytic convertors.