INNOVACERA | technical ceramic solutions

High purity porous alumina ceramic of 99% Al2O3 content, used extensively for long-life   Ceramic Laser Reflector . This material is sintered at high temperatures to achieve a controlled porosity. Prime Features Surfaces can be sealed and coated with a solarization-resistant glaze to give high bulk reflectivity 97% reflectance efficiency at 600-1000nm Reflectance efficiency exceeds 95% across the wavelength range 400-1200nm (see curve) Controlled porosity Good thermal conductivity High electrical resistivity Physical properties Color: White Bulk density (fired): 3.1 g/cm 3 Porosity (apparent), nominal: 22% Flexural strength (ASTM C1161, 3-point): 170 MPa Thermal expansion coefficient: 200-500℃, 7.9*10 -6 /C 200-1000℃, 9.0*10 -6 /C Typical Applications Pumping chambers for flash lamp and continuous-wave lasers using media such as Nd:YAG lasers, Alexandrite — low to high power, single or multiple lamp designs used for welding, cutting, marking, and in medical lasers. Layered and segm...

  High-temperature vacuum furnaces require the materials to provide reliable thermal properties, electrical insulation, contamination-free conditions, and dimensional stability under extreme conditions. Innovacera’s Hot-Pressed Boron Nitride (hBN) Components are designed for such extreme environments, which can provide stable performance in high-temperature, vacuum, and inert-gas applications where other materials lose stability. At the same time, our precision-machined   Boron Nitride Ceramics   components can minimize failures and furnace downtime, maintaining stable production even under rapid heating and cooling cycles.   Here are Innovacera’s BN Grades:   Pure Boron Nitride: Commonly used for insulators and vacuum furnace components due to their exceptional thermal and chemical stability, electrical insulation properties, and ability to perform in extreme environments. Standardized Grades: UHB and HB Boron Nitride Composites: By combining boron nitride with...

  In heating equipment such as pellet stoves and gas stoves, the stability of the ignition system plays a key role in overall system performance and user experience. As one of the core components of the combustion system, the ceramic igniter must reach the ignition temperature in a short time and maintain stable performance during repeated heating and cooling cycles.   In practical applications, equipment manufacturers consider not only price but also the long-term stability of the igniter. Over the past decade, we have gained extensive practical experience in  ceramic igniters . One particular customer case stands out among them.   A Long-Term Pellet Stove Customer: Over Five Years of Cooperation   Until recently, a client we had been working with for several years called us. The opposite party is a producer of pellet furnace equipment, and our collaboration has been for over five years. Over the past few years, they have bought tens of thousands of alumina cer...

In the processes of melting alloys, precision casting and high temperature metal processing, the nozzle is a key component that directly comes into contact with the molten metal, the material properties directly affect the melt flow stability, the purity of the alloy, and the long term reliable operation of the equipment. Regarding the problems that the traditional nozzle materials are prone to adhesion, reaction or have limited lifespan under high-temperature conditions, We have introduced boron nitride nozzles, providing a more stable and controllable solution for fusion welding applications.   Advantages of materials for use in molten metal environments   Boron nitride is a typical high performance functional ceramic material, featuring extremely high temperature resistance, excellent thermal shock resistance, and extremely low wetting properties towards most molten alloys. In the high temperature melting and metal transportation processes, boron nitride nozzles can effecti...

  In the production processes of advanced ceramics, functional materials and electronic components, high-temperature sintering is a key procedure that determines the performance and quality of the products. When the workpiece is fired at high temperatures, it must be securely supported and precisely positioned. This imposes extremely strict requirements on the material of the kiln equipment – not only must it be able to withstand high temperatures, but it also needs to have excellent thermal stability and sufficient mechanical strength. For different high-temperature processing scenarios, innovacera has specially developed silicon carbide (SiC) high-temperature sintering support plates. This product is specially designed for industrial kilns and high-temperature sintering environments. It can maintain excellent structural stability even under extremely high-temperature conditions, providing stable and reliable support and guarantee for the high-temperature sintering of various prod...

High Voltage RF Feedthrough Solution: HN Type Coaxial Connector with Flange Mount In high voltage RF systems, the stability of signal transmission and the reliability of panel interfaces are critical to system performance. The HN Type Coaxial Connector – Flange Mount is designed specifically for high voltage RF signal transmission where secure panel or cabinet wall installation is required. This RF coaxial connector integrates a flange mounting structure with threaded locking, providing strong mechanical stability and vibration resistance during long term operation. Therefore, it is widely applied in high voltage RF through-wall interface scenarios, such as test equipment, communication systems and avionics, etc. Engineering Design Features From the perspective of engineering design, the HN connector mainly addresses the stability issues of radio frequency connections under high voltage and complex environments. Captured Center Contact Structure The connector uses a captured center con...

  A Reliable Foundation Built for New Energy Vehicles​   In the wave of electrification and intelligence, our 96% alumina ceramic substrate stands as the core support for automotive electronics. Made from 96% high-purity alumina, it combines exceptional insulation, high thermal conductivity, and mechanical strength, making it the ideal carrier for power modules and sensors.​     Precision Craftsmanship, Outstanding Performance​   With a dense, flat surface just like what’s shown in our product images, it provides a stable foundation for circuit printing and component mounting. In the electronic control systems of new energy vehicles, it efficiently conducts heat to ensure stable operation of IGBT modules under high loads. In autonomous driving millimeter-wave radars, its high insulation eliminates signal interference entirely.​   Protecting Every Step, From Power to Perception​   From powertrains to perception units, it quietly safeguards vehicle safet...