Automotive Applications

Advanced ceramics can be applied in various aspects of the automotive industry, including engine components, thermal management systems, sensor technology, brake systems, emission control, and other applications.

Advanced Ceramics for Automotive Applications

Advanced ceramics are widely used and have good development trends and prospects in the automotive industry. Advanced ceramics can be made of a variety of materials, and materials with the best performance can be selected for manufacturing according to different application scenarios. Lightweight, high temperature resistance, wear resistance, corrosion resistance, thermal insulation and electrical insulation, these are the most common advantages of advanced ceramics! Advanced ceramics can be made into various structural parts, such as components used in engines, thermal management system components, sensor components, braking systems, emission system components, etc. Advanced ceramics with superior performance can be used in many key systems of automobiles! In addition, advanced ceramics have more obvious advantages than traditional materials, and can significantly improve the performance, efficiency and safety of automobiles. With the continuous development of the automotive industry, many manufacturers are looking for lighter and more performant materials. Superior materials, and advanced ceramics allow them to discover exciting possibilities!

Hybrid Vehicles

Advanced ceramics have excellent high temperature resistance and heat dissipation properties, which help dissipate heat from batteries, electric motors and charging equipment. The superior insulation and electrical properties make ceramics an excellent substrate material and a reliable substrate for some high-voltage and low-voltage circuit carriers. In addition, ceramics have extremely strong mechanical properties and plasticity, making them perfect for building precision equipment, such as precision bearings for water-cooled pumps, precision heat dissipation components for cooling key components of engine electronic equipment and lithium-ion batteries. Due to the widespread use of precision ceramics, the overall performance and service life of hybrid vehicles have been greatly improved!

Sensor Technology

The automotive industry has many sensors, and most of these sensors rely on piezoelectric ceramic components. Sensors play a vital role in collecting a variety of basic data such as engine operation, position, direction, speed, etc. Ceramic materials can be widely used in various types of sensors, the most common of which are speed sensors, knock sensors, liquid level sensors, etc. With the help of advanced ceramics, these sensors can work more stably in cars, collect information, and ensure travel safety.

Exhaust Manifolds

How to protect the electronic engine system in the car from high temperature damage is a very important issue. In order to solve this problem, many engineers will use ceramic coatings to reduce the temperature. At the same time, the corrosion resistance and wear resistance of ceramic coatings can also protect it from damage from other factors, killing two birds with one stone.

Brake Pad

Ceramic materials have excellent corrosion resistance and excellent resistance to ethylene glycol coolant, which ensures the service life! In addition, compared with other materials, ceramic materials are lighter and can improve fuel efficiency.