The Macor ceramic materials produced by Corning have different functions in gas, cavity, and reflector:

Shim (washer):

In the aerospace field, gaskets are typically used to provide sealing or gasket functionality

MACOR materials are commonly used as high-temperature sealing gaskets due to their chemical stability and high temperature resistance

For example, connecting components in spacecraft or aviation engines.

The high-temperature stability of MACOR enables it to withstand extreme temperature and pressure conditions

Simultaneously maintaining stable size and shape to ensure the reliability and long-term performance of the seal.

Cavity:

In some aerospace applications, cavities are commonly used to reduce the density of structures

Improve the lightweight performance of components

MACOR due to its relatively low density and good processing performance

Used as a filling material for structural cavities in some lightweight designs.

Meanwhile, the high temperature stability and chemical stability of MACOR make it

Capable of maintaining stable performance under extreme environmental conditions

Suitable for aerospace applications that require high temperature or chemical corrosion environments.

Reflector:

In optical and laser systems, reflectors are commonly used to reflect, focus, or disperse light rays

MACOR has excellent optical performance, including low dispersion and high transmittance

Therefore, it can be used as a material for optical reflectors.

The high machinability of MACOR enables it to be precisely machined into optical surfaces of various shapes

To meet specific optical needs.

Its chemical stability and high temperature resistance also make it

Suitable for optical systems that require high temperature or chemical corrosion environments