In the field of measurement, Macor is a widely used material with many excellent properties

Macor is a machinable glass ceramic produced by Corning Inc., with the following main features and specific functions:

Machinability: Macor can be machined with ordinary metal processing tools, making it highly suitable for manufacturing measuring equipment and fixtures that require high precision and complex shapes. No need for expensive diamond tools or high-temperature sintering processes.

Dimensional stability: Macor maintains its dimensional stability over a wide temperature range without significant thermal expansion or contraction. This is very important for measuring equipment that requires high precision and stability.

Low thermal conductivity: Macor's low thermal conductivity helps reduce the impact of temperature fluctuations on measurement accuracy, ensuring consistency and reliability of measurement results.

Insulation performance: As an electrical insulation material, Macor is commonly used in measuring equipment for components that require insulation, such as sensors and circuit substrates, to ensure stable transmission and processing of electrical signals.

Chemical corrosion resistance: Macor has excellent corrosion resistance to most chemical reagents and solvents, making it suitable for measurement applications in harsh environments and extending equipment lifespan.

Mechanical strength and hardness: Although Macor is not the hardest ceramic material, its sufficient mechanical strength and hardness enable it to maintain its shape and function under mechanical stress, which is particularly important for applications such as fixtures and fixtures.

The zero gas release characteristics of Macor glass ceramics make them widely used in the field of precision measurement

For example, in gas analysis, mass spectrometry, and other equipment

Macor glass ceramics can ensure the accuracy and reliability of measurement results

Ensure that the results are not affected by gas leaks or humidity changes.