Ceramic Parts Specialist ∣ Industrial Technical Ceramics
XIAMEN MASCERA TECHNOLOGY CO., LTD. is a reputable and reliable supplier specializing in manufacturing and sales of technical ceramic parts. We provide custom production and high precision machining for a wide series of high performance ceramic materials including alumina ceramic, zirconia ceramic, silicon nitride, silicon carbide, boron nitride, aluminum nitride and machinable glass ceramic. Currently, our ceramic parts can be found in many industries like mechanical, chemical, medical, semiconductor, vehicle, electronic, metallurgy etc. Our mission is to provide the best quality ceramic parts for global users and it is a big pleasure to see our ceramic parts work efficiently in customers' specific applications. We can cooperate on both prototype and mass production, welcome to contact us if you have demands.
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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.
26-04-2024 -
It is very important to study the low temperature sintering technology of alumina ceramics, whether for reducing energy consumption, saving cost, or improving performance.
18-04-2024 -
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.
16-04-2024 -
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.
11-04-2024
Ceramic Needle Gauge
Sisic Tubes
Ceramic Blade
Alumina Ceramic Screws
Alumina Ceramic Vacuum Relay Casing
Zirconia Toughened Alumina
Boron Nitride Composite Evaporation Boat
Ceramic Boron Nitride
Boron Nitride Components
Boron Nitride Crucible
Boron Nitride Break Ring
Zirconia Ceramic Bearing
Silicon Nitride Ceramic Bearing
Ceramic Crucible
Zirconia Ceramic Grinding Media
Zirconia Ceramic Bearing Balls
Alumina Ceramic Plate
Sic Ballistic Ceramic Plate
Silicon Nitride Substrate
Aluminum Nitride Ceramic