M.G.Machine Tools

Applications:

• Thermocouple protection in furnaces

• Electrical insulation in high-voltage systems

• Chemical processing equipment

• Medical applications (e.g., in endoscopes or surgical tools)

• Aerospace and nuclear systems

Industrial ceramics, also known as engineering ceramics or advanced ceramics, combine the superpowers of exceptional mechanical, thermal, chemical strength as well as an ability to resist wear that make them essential in today's ever-evolving world.

For superior stiffness and wear resistance, high-purity alumina ceramics are utilized. Advanced ceramic-to-metal bonding technique is the foundation of multi-pin terminal feedthroughs. utilized in a variety of fields, including industrial equipment, nuclear science, and radiation light sources.

Aluminum oxide (AlO₃), a hard, wear-resistant, and chemically inert ceramic material, is used to make precision parts like alumina ceramic pistons. These pistons are employed in high-precision, high-performance applications where metal pistons would deteriorate, expand, or wear down due to temperature changes.

Heating element supports/holders/insulators: parts that physically support heaters (rods, coils) and isolate them from other structures at high temperatures without deforming or conducting heat/electricity.