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In the context of the development of automotive intelligence, ceramic materials play an increasingly important role in the intelligent development of new energy vehicles. As the foundation of the entire technology stack, continuous innovation in materials technology is essential for supporting the efficient development of the industry as a whole.

Press molding is a common method used in the preparation of advanced ceramics. This process involves mixing ceramic powders with organic or inorganic additives, then placing the mixture into specially designed molds for shaping under certain temperature and pressure conditions.Press molding is widely used in various ceramic preparation fields. It offers high controllability, repeatability, and production efficiency, allowing for large-scale production, and thus plays a crucial role in advanced ceramic preparation.

It is very important to study the low temperature sintering technology of alumina ceramics, whether for reducing energy consumption, saving cost, or improving performance.

The ceramic materials used for manufacturing textile components are required to possess high hardness, high strength, and excellent corrosion resistance. Commonly used ceramic materials for textile component fabrication can be categorized into four main types: alumina ceramics, titania ceramics, zirconia ceramics, and zirconia-toughened alumina ceramics.

During the preparation of DPC ceramic substrates, uneven distribution of electroplating current leads to non-uniform thickness of the copper layer on the substrate surface (thickness difference can exceed 100μm). Surface grinding is a key process to control the thickness of the electroplated copper layer and improve its uniformity, directly affecting the performance of ceramic substrates and the quality of device packaging.

Stable zirconia doped with yttrium has good comprehensive properties and is the most widely used solid electrolyte at present. Stable zirconia doped with magnesium oxide has general conductivity and low price, but its long-term performance is poor and is generally used as consumables.