Best Ceramics Raw Materials

Applications include ultra-high vacuum environments, constant vacuum applications, nuclear-related experiments, welding nozzles, and medical equipment.

Applications include ultra-high vacuum environments, constant vacuum applications, nuclear-related experiments, welding nozzles, and medical equipment.

Easily machined ceramic using standard cutters and practices-used as a prototyping to production material wherever ceramic may be needed-can hold and be machined to very accurate tolerances i.e. +/-.0001" and surface finishes down to 1-2 ra-it remains continuously stable at 800°C with a maximum peak at 1000°C-as an electrical insulator, particularly at high temperatures, it is excellent at high voltages and a broad spectrum of frequencies-coefficient of thermal expansion readily matches most metals and sealing glass.

Applications include ultra-high vacuum environments, constant vacuum applications, nuclear-related experiments, welding nozzles, and medical equipment.

Easily machined ceramic using standard cutters and practices-used as a prototyping to production material wherever ceramic may be needed-can hold and be machined to very accurate tolerances i.e. +/-.0001" and surface finishes down to 1-2 ra-it remains continuously stable at 800°C with a maximum peak at 1000°C-as an electrical insulator, particularly at high temperatures, it is excellent at high voltages and a broad spectrum of frequencies-coefficient of thermal expansion readily matches most metals and sealing glass.

Characteristics such as extreme hardness, wear resistance, non-corrosiveness and chemical inertness make Synthetic Ruby Balls suitable for anti-friction bearings, contact points, ball and valve seats, linear slides, gyroscopes and probe points. Enter your model number to make sure this fits.