INNOVACERA | technical ceramic solutions

  In the era of rapid evolution toward high-density integration, high-power output, and miniaturized design in electronic technology, packaging enclosures serve as the “protective core” and “performance carrier” of electronic devices. The quality of such packaging components exerts a decisive influence on the operational stability, service life, and application adaptability of the corresponding electronic devices. It can be regarded as one of the key indicators that dominate the overall performance and service reliability of the devices. Especially in core strategic fields including integrated circuits, optical communications, microwave devices, and automotive electronics, the performance requirements for packaging enclosures are becoming increasingly rigorous and demanding. Specific indicators such as hermeticity, electrical insulation, thermal dissipation efficiency, electromagnetic anti-interference capability, and dimensional processing accuracy are all subject to higher techni...

The   ceramic substrates   used for high-power devices are mostly planar. The manufacturing process of planar ceramic substrates can be divided into two steps: forming and sintering. The common forming processes and their characteristics in the reports are shown in Table 2. Among them, dry pressing and tape casting are widely used in the industrial production of ceramic substrates. The process flow of dry pressing is shown in Figure 2a, and the pressure application and holding time are the most important parameters in the dry pressing process. Tape casting is considered to be an economical, continuous and automated process for manufacturing large-sized planar ceramic substrates, and its process is shown in Figure 2b. Tape casting has the characteristics of low cost and high efficiency in preparing multi-layer materials and devices, and is widely used in the manufacture of such items as low-temperature co-fired ceramic substrates, capacitors and microwave dielectric ceramic dev...

In today’s high-end manufacturing sector, the processing precision and stability of metal parts directly determine the quality and lifespan of the final product. With the rapid development of industrial automation and precision manufacturing technologies, the material properties of tooling fixtures, positioning components, and wear-resistant structural parts in the manufacturing process have been subject to near-stringent requirements. Therefore, high-purity  alumina ceramics , as a process carrier for metal parts, are becoming the “golden key” to solving the problems of high-wear, high-corrosion, and high-cleanliness production environments.   Why Alumina Dense Ceramics? 1. Performance: Compared to traditional metals or ordinary ceramics, high-purity alumina dense ceramics, due to their unique physicochemical properties, perfectly meet the needs of high-end metal part processing scenarios.   1)Excellent Electrical Insulation and Thermal Stability: It can operate stably f...