Technical Ceramic For Automotive And Transportation

Technical ceramic for automotive

The automotive & transportation landscape is changing rapidly. From autonomous technologies to electric and advanced fueling systems to car sharing and connected mobility, transportation systems of the future will require new and innovative technologies, materials, and designs. 

Technical ceramics are some of the few materials available that can meet the needs of this ever changing industry.

With unsurpassed materials and manufacturing expertise, global capacity, and an unwavering commitment to quality, Innovacera is the international partner of choice for automotive & transportation suppliers requiring the unique, high performance properties of technical ceramics.

Ceramic components for automotive offer outstanding performance since they can be both electrically insulative and thermally conductive at the same time, which is not possible with metals (electrically conductive) or plastics (thermally insulative). Ceramics can also be engineered to be as strong as metals—outperforming them in many mechanically demanding transportation applications.

The ceramic application for automotive are as below, sensors, bearings, electronics, battery electrical, DC motors, head lamp, power electronics, fuel system, metal castings, water pumps

To learn more about our solutions for other transportation applications please feel free to contact us.

Application of Thermal Analysis Crucible

Special crucible for thermal analysis instrument

Alumina ceramic crucibles are used in scientific experiments and materials such as molten metals. Made of 95 alumina ceramics, it has high temperature and corrosion resistance and lasts longer than other materials.

Under normal circumstances, first put the object to be analyzed into the crucible or crucible, and then heat it. The heating speed and the temperature drop depend on the characteristics of the equipment and products, whether it is fast or slow, because the thermal expansion of the raw materials can cause cracks that are easy to produce, or make them grow quickly. The best way is to heat them slowly, which can extend their service life.