Looking for beryllium oxide ceramic substrate, rods, crucibles, tubes, cylinder manufacturer, beryllia ceramic with high thermal conductivity, low high strength, low dielectric constant, low dielectric loss, and excellent electrical insulation properties. beryllium oxide ceramic products have unique properties that make them suitable for a variety of high-performance applications.

Coraynic is one of the professional Beryllium oxide ceramic suppliers, with a complete industrial chain from high-purity beryllium oxide raw materials to beryllium oxide ceramics. With complete production facilities, professional testing equipment, Strict quality control instruments, an Experienced R&D team, and skilled production staff. We produce beryllium oxide ceramic substrates with excellent thermal conductivity, low dielectric constant, and dielectric loss, reliable insulation performance, high-temperature resistance, corrosion resistance, thermal expansion coefficient close to that of silicon, and high reliability of packaging.  Beryllium oxide ceramic clamping rod has low dielectric constant, low microwave loss, high strength and good thermal conductivity, high processing accuracy, and good consistency, applied with traveling wave tube, supporting its spiral type structure and providing good heat dissipation channels. Beryllium oxide ceramic crucibles can be used for melting rare and precious metals, especially for applications requiring high-purity metals or alloys, and can be used at working temperatures up to 2000 C°. Due to its high melting temperature (2550 C°), high chemical stability (alkali resistance) thermal stability, and purity, beryllium oxide ceramics can also be used for melting uranium and plutonium. Beryllium oxide ceramic cylinder, ceramic tile, and ceramic plate, according to the different structure designs for the traveling wave tube collection pole, receive electron injection and will be converted into heat energy to pass out, and can achieve multi-stage voltage reduction. Beryllium oxide attenuating ceramic is used in microwave electric vacuum devices such as traveling wave tubes, speed modulation tubes, etc. It is an indispensable key material in traveling wave tubes for total signal absorption, reflection reduction, and selective suppression of various modes of spurious waves to ensure a given microwave parameter and improve the stability of the device.