INNOVACERA | technical ceramic solutions

High-Performance Ceramic-to-Metal Sealed Electrodes for Vacuum & High-Temperature Applications We manufacture custom ceramic electrodes and vacuum ceramic feedthrough assemblies for high-demanding environments, delivering superior high-temperature resistance, vacuum integrity, and reliable electrical insulation.   A typical multi-pin vacuum ceramic electrode assembly featuring: – High-temperature insulating ceramic body – SUS304 stainless steel flange – Multi-electrode configuration (4–5 pins customizable) – O-ring sealing groove design – Precision machined mounting interface – Insulated stainless steel studs and nuts   This type of product is widely used in: – Vacuum furnaces – Semiconductor processing equipment – Analytical instruments – Plasma systems – High-temperature reactors – Power feedthrough systems   Our Core Manufacturing Capabilities Advanced Ceramic Processing We produce high-purity alumina insulating ceramics with: – Excellent dielectric strength – Long...

  Innovacera manufactures many kinds of metalized ceramic coil bodies for electrical inductors, including the H-shapes, U shape and Bone-shaped and so on. The main material of metalized ceramic coil bodies is   96 Alumina   and the metallized coating material is W, Ni, Au etc. Our factory have more than 20 years of metalized ceramics producing experiences, can give a prompt solution for R&D project. The metalized bodies is partially metalized , ceramic inductor coil bodies cores can make very small size which it is big helpful for the electrical systems , wire-winding technique, electronics devices and electrical coils components miniaturization developed. Metallized Alumina Ceramic Coil Bodies Features: Extremely highmechanical strength Excellent bond strength of the metalization. High precision tolerance Goodsoldering behavior Metalized Ceramic Coil Bodies  Application: MobilePhones Digital Cameras Notebook Comp...

  Ceramic materials, with their high melting points and excellent insulating properties, present significant challenges when it comes to joining them with metals. Traditional welding methods often struggle to create strong and reliable bonds. However, advancements in joining technologies have introduced Vacuum Brazing as a highly effective solution. This process not only overcomes the limitations of ceramics but also leverages the benefits of both materials to create composite components.     Vacuum brazing is particularly advantageous due to its ability to join ceramics and metals at high temperatures in a vacuum environment, which minimizes oxidation and other unwanted reactions.  Ceramic-to-metal sealing  process often involves the use of a brazing filler metal, which can be tailored to the specific materials being joined. One such technique is Active Metal Brazing, where a reactive element in the filler metal, such as titanium in Ag-Cu-Ti, activates the cera...

  Metallized ceramic bushings are widely used in the joining process of ceramics and metals. Ceramics have excellent insulation properties and can be well combined with metals through the   metallization   process. In addition to standard bushings, INNOVACERA is available in many custom shapes and sizes. INNOVACERA also has brazing capabilities and can provide a one-stop service from ceramics to brazed components. This serivce allows us to offer finished hermetically sealed ceramic terminals for assembly. Part #           D           A           J IN-CM-400        0.494        0.143        0.309 IN-CM-400-1        0.494        0.169        0.309 IN-CM-400-1M        0.494 ...

  In the realm of advanced electronics, the demand for reliable, high-performance connectors has never been greater. Among the numerous options available,   Multiple Connectors   stand out for their versatility and robustness. These connectors play a critical role in ensuring stable and efficient connections in various high-tech industries, particularly in applications where Ceramic-to-Metal integration is crucial.   Understanding Multiple Connectors Multiple Connectors are designed to accommodate several electrical connections within a single housing, making them ideal for complex systems where space and reliability are paramount. These connectors are often used in environments where harsh conditions, such as high temperatures and corrosive atmospheres, are present. Their ability to maintain a stable electrical connection, even under extreme conditions, makes them indispensable in industries like aerospace, defense, and medical devices.     The Role of Cer...