Product Announcements: Electroceramics

Not all ceramics are alike and neither are all ceramic manufacturers. At CeramTec, you'll find a partner who has the flexibility needed to produce a wide range of ceramic or hermetic products, no matter how unique or complex the design, exactly to your specifications. (read more)

Piezo transducer specialist PI provides new literature on medical applications of piezo ceramic actuators, transducers and motion components. The "Piezo Drive Solutions for Medical Engineering" entitled PDF document is available for download at: (read more)

With a 10+ years (since 1998 ) experienced engeers team in magnet and a 6+ years (since 2003) suppliers system in closed and high-efficient supprecise machinning (such as CNC ) , we offer fast consulting, design and prototyping to get your project started. We offer metal stampings, welding and adhesive bonding to make your total magnet assembly as well . (read more)

Ceramic (ferrite) permanent magnets are composed of strontium carbonate and iron oxide. They are charcoal gray in color and usually appear in the forms of discs, rings, blocks, cylinders, and sometimes arcs for motors. (read more)

Applications of Bonded NdFeB magnets

• Drive and generator applications
• Miniaturized sensors
• IT industry
• Meters and instruments
• Home electronics (read more)

Ferro Electronic Materials has introduced two new high-performance systems for the Low-Temperature Co-Fired Ceramic (LTCC) packaging market. These materials provide highly reliable packaging for critical applications such as satellite modules, military radar, antenna systems, and high-speed digital communications. (read more)

Aremcolox^tm 502-400, a new machinable glass-ceramic available from Aremco Products Inc., is now used to produce thermally insulative and high dielectric components and fixtures used in electrical and electronics applications to 700 ^oF (371 ^oC). (read more)

AlNimax™ AlN is a high purity, fully dense ceramic material that features excellent plasma resistance and superior thermal properties. These characteristics provide improved component life and reliable performance for silicon wafer processing. Manufacturing process flexibilty allows the integration of features such as refractory metal layers & electrical terminations. (read more)

FINEMET® common mode choke cores are made of a nanocrystalline soft magnetic material that Hitachi Metals developed as a world first. (read more)

TPL's composite dielectric material represents a significant breakthrough in dielectric materials for high energy density capacitors. Efforts in this area have transitioned from materials development, supported by basic R & D contracts, to device fabrication for a number of pulsed power and directed energy applications. (read more)