Technical ceramics serve the purpose of manufacturing longer lasting, more efficient, lighter, and more durable components for specialized applications in a wide range of industries. They’re often used as replacements for different metals, refractory materials, and polymers. This is why alumina ceramic parts are so widespread and suitable for varied industrial and commercial applications. But what are some of the other available and popular technical ceramics?

What are the different materials used as technical ceramics?

high-quality alumina ceramic parts

There are many different materials that fall under the category of technical ceramics. Each of these materials has different properties and advantages, making them suitable for different applications. Here are some of the most frequently used types of advanced ceramics that bring different characteristics to your desired parts and components:

Aluminum Oxide

Alumina is a technical ceramic that offers an excellent combination of electrical and mechanical properties. It offers low erosion levels, high hardness, excellent temperature resistance, good wear resistance, it’s bio-inert, as well as corrosion-resistant. This material is best suited for applications with high temperature requirements and thermal conductivity.

Other advantages of alumina are:

  • High thermal shock resistance
  • Abrasion resistance
  • High dielectric and compressive strength
  • Transparent to different microwave radio frequencies
  • Specific thermal expansion and thermal conductivity rates


Some of the most common applications of different grades of alumina are:

  • Thread and wire guides
  • Wear components
  • Valve seats
  • Tap plates
  • Thermocouple tubes
  • Short blast nozzles
  • Semiconductor parts
  • Seal rings
  • Ball and roller bearings
  • Mechanical seals
  • Machine components
  • Laser tubes
  • Electronic substrates and components

Aluminum Nitride

This is a great material for applications that require good electrical insulation properties and exceptionally high thermal conductivity, such as in electrical and thermal management components. It’s also a substitute for Beryllium Oxide within the semiconductor industry, since it doesn’t pose a health hazard during machining.

This material features electrical insulation and thermal expansion properties closely matching those of silicon wafers, making Aluminum Nitride an excellent choice for use in electronics.


Aluminum Nitride is commonly used in:

  • Microwave device packaging
  • Molten metal fixtures
  • Collets
  • Chiplets
  • Detector and sensor chip carriers
  • Electronic package substrates
  • Silicon wafer processing and handling
  • Electrical insulators
  • Clamp rings and chucks for semiconductor processing
  • Heat spreaders and heat sinks

Silicon Carbide

This is a material that boasts properties similar to diamonds. It’s light, hard, and strong while also offering exceptional acid resistance, thermal conductivity, and very low thermal expansion. This is the material you want to use in applications where physical wear and tear is a serious consideration. What’s more, Silicon Carbide offers good abrasive and erosion resistance.


Silicon Carbide is a technical ceramic material commonly used for making:

  • Valve seats
  • Sliding bearings
  • Seal rings
  • Plungers
  • Mechanical seals
  • Kiln furniture crucibles
  • Heat exchangers
  • Burners
  • Blast nozzles

Silicon Nitride

This is a type of advanced ceramics that offers the most versatility in terms of electrical, thermal, and mechanical properties. It’s hard, it offers excellent impact resistance, and it’s highly resistant to thermal shocks. What’s more, the low thermal conductivity of this material coupled with high wear resistance means it can withstand extremely harsh conditions of demanding industrial applications.


Silicon Nitride is an ideal choice for:

  • Semiconductor processing equipment
  • Thermocouple tubes and sheaths
  • Weld positioners
  • TIG and plasma welding nozzles
  • Crucibles
  • Components for heating elements
  • Cutting tools
  • Turbine buckets, vanes, and blades
  • Brazing and welding jigs
  • Engine components such as eal faces, arm pads, and valves


alumina ceramic partsUnlike traditionally brittle and hard technical ceramics, Zirconia combines high wear resistance and strength with enhanced flexibility. It offers high corrosion resistance, fracture toughness, and hardness while eliminating the very brittle nature of other materials.


Different grades of Zirconia are suitable for:

  • Liners, pistons, and pumps
  • Mechanical seals
  • Surgical and medical components
  • Oxygen sensors
  • Ceramic guiders
  • Gas igniters
  • Laser parts
  • Welding pins and nozzles
  • Fuel cell components
  • Blades and knives
  • Fiber optic sleeves and ferrules
  • Caps and bushings
  • Refractory materials
  • Sandblasting nozzles
  • Thermocouple protection tubes
  • Wire drawing and forming dies
  • Furnace process tubes

Which company designs and manufactures high-quality alumina ceramic parts?

When you need a dependable company to provide ceramic injection molding services, it’s important to know more about the process and gain information that will help you choose the right professionals. First, learn what the important properties of alumina are and what the different types of this advanced ceramic material are used in production. Speaking of manufacturing, you should also learn what the process of alumina injection molding is like.

All this information will help you choose the right provider of alumina injection molding services. However, you can also simply contact Wunder Mold, the leading provider of injection molding services in the United States. Our designers and engineers combine cutting-edge equipment with highest-quality materials to produce long-lasting parts per your exact specifications. Send us an email at or give us a call today!