Metallized Ceramics, as an innovative material that cleverly combines the properties of ceramics and metals, is showing great application potential. We have long focused on the production of metallized ceramics made of high alumina, zirconium oxide and aluminum nitride. With our deep technical accumulation and exquisite craftsmanship, we are committed to meeting the various customized needs of customers. These advanced ceramic components have become the ideal choice for various ultra-high vacuum, high frequency, high voltage, high current and high pressure application scenarios due to their excellent performance.
Unique surface properties: Through the ceramic metallization process, the specific surface of the ceramic has the properties of both metal and ceramic. This unique combination enables ceramics to be smoothly connected to metals through brazing, greatly expanding its application range. For example, in some complex structures that require ceramics and metals to be closely combined, this feature can ensure the firmness and stability of the connection and reduce performance degradation or failures caused by connection problems.
Diverse metallization types: Provide a variety of typical metallization coverage types, such as Mo/Mn coverage plus nickel coating, Mo/Mn subsequent silver coating, W plus gold coating, or directly burning silver on the ceramic surface. These different types of metallization treatments can be customized according to the specific needs of customers to meet the performance requirements in different application scenarios. For example, in some occasions where conductivity is required to be high, W plus gold coating can be selected for metallization to obtain better conductivity; while in some scenarios with special requirements for welding performance, Mo/Mn covering plus nickel coating may be a more appropriate choice.
High reliability and high precision: In practical applications, the reliability and dimensional accuracy of Metallized Ceramics are crucial. Any item beyond the specification range may cause the entire vacuum equipment to fail. To ensure the good performance of metallized ceramic components, the metallization and assembly areas of the ceramic body are precisely machined to ensure strict tolerance ranges. After metallization, each batch of products will be tested for weldability, brazing strength and sealing according to requirements that exceed industry standards to ensure stable and reliable product quality. For example, in an ultra-high vacuum environment, even a small leak may affect the normal operation of the equipment. Through strict sealing tests, such problems can be effectively avoided.
Application areas of Metallized Ceramics
Medical industry: In medical equipment, the reliability and biocompatibility of materials are extremely high. Metalized Ceramics can be used to manufacture some high-precision medical device components with its excellent performance, such as some medical sensor housings that need to withstand high voltage and high-frequency signal transmission, to ensure that medical equipment can operate stably in complex environments and provide precise support for medical diagnosis and treatment. For example, in magnetic resonance imaging (MRI) equipment, related sensor components need to have good signal transmission performance and stability. Metalized Ceramics can meet these requirements and help doctors obtain patient condition information more accurately.
Electrical industry: In the electrical field, many devices need to work under high voltage and high current conditions. Metalized Ceramics can withstand the impact of high voltage and high current while maintaining good insulation performance. It can be used to manufacture key components such as high-voltage switches and insulators to ensure the safe and stable operation of electrical systems. For example, in substations, the performance of high-voltage switches and insulators is directly related to the safety of the entire power grid. The application of Metalized Ceramics can effectively improve the reliability and service life of these components.
Electronic industry: As electronic technology develops towards high frequency and high speed, the performance requirements for materials are becoming increasingly stringent. Metalized Ceramics is suitable for manufacturing high-frequency electronic components, such as microwave devices and filters. Its excellent electrical properties and dimensional accuracy can meet the requirements of high-frequency signal transmission, reduce signal loss, and improve the performance of electronic equipment. For example, in 5G communication equipment, the performance of microwave devices is crucial to the transmission quality of signals. The application of Metalized Ceramics can provide more stable and efficient signal transmission support for 5G communications.
Power industry: In the power system, there are many components that need to withstand high voltage and high current. Metalized Ceramics can be used to manufacture insulating parts of power equipment, such as insulating bushings of power transformers, to improve the insulation performance and reliability of power equipment and ensure the safe operation of the power system. For example, in large power transformers, the quality of the insulating bushing directly affects the safety and stability of the transformer. The excellent insulation performance of Metalized Ceramics can effectively prevent the occurrence of faults such as leakage and short circuit.
Sensor industry: Sensors need to accurately sense and transmit signals in various harsh environments. The high precision, high reliability and good stability of Metalized Ceramics make it an ideal material for manufacturing sensor housings and key components, which can ensure that sensors work accurately under high temperature, high pressure, high vacuum and other environments, and provide accurate data support for industrial automation, aerospace and other fields. For example, in the aerospace field, sensors need to work under extreme environmental conditions. Metalized Ceramics can meet these demanding requirements and provide reliable data protection for the safe flight of aircraft.
With our company's comprehensive production capabilities, we can quickly complete prototype design and achieve mass production. If you are looking for metallized ceramics required by the medical, electrical, electronic, power and sensor industries, we believe you will find excellent solutions here.