Macor Ceramic Fixed Components

Macor Ceramic Fixed Components

Macor is a machinable glass ceramic produced by Corning, characterized by excellent performance. It integrates numerous advantages of ceramic materials while possessing the capability to be processed similarly to metals. In applications necessitating precision machining and high stability, Macor ceramics emerge as the optimal choice for engineering purposes. The unique properties of Macor, including high temperature resistance, low thermal conductivity, and high electrical resistance, are essential across various fields.

1. Macor Fixed Bracket

Fixed supports are frequently employed in high-precision equipment, optical systems, electronic instruments, and mechanical structures to provide support or secure critical components. Macor, a glass-ceramic material, is capable of withstanding continuous operating temperatures of up to 1000 °C while maintaining dimensional stability during significant temperature fluctuations. This characteristic is essential for fixed supports that necessitate precise alignment, as Macor exhibits extremely low thermal conductivity, enabling it to effectively isolate heat sources and mitigate the impact of temperature variations on sensitive equipment. In applications where fixed supports are situated in proximity to high-temperature sources, Macor serves to prevent deformation or failure of the support structure due to thermal expansion. Despite being a glass-ceramic material, Macor possesses adequate mechanical strength to support the load-bearing and fixation requirements of various mechanical structures. It can withstand external forces and mechanical stresses while preserving structural integrity.

2. Macor Ceramics: Fixing Ring

Fixed rings are essential components in the fixation and sealing of numerous precision machinery and electronic devices, particularly in environments that demand high temperatures, vacuum conditions, or other extreme circumstances. Macor, a machinable glass-ceramic material, is capable of high-precision machining utilizing conventional metalworking tools, which allows for the fabrication of intricate geometries and dimensions tailored to diverse assembly requirements. This characteristic renders Macor highly suitable for the production of high-precision fixed rings, ensuring optimal fit and alignment in precision devices. Furthermore, in the context of electronic devices, the insulation properties of Macor are of paramount importance. It exhibits exceptionally high resistivity, making it an ideal material for the manufacture of electrical insulation fixing rings that effectively prevent current leakage and short circuits.

3. Macor Ceramic:Quadrupole Rod Bracket

Fixed brackets are frequently employed in the installation and support of mechanical structures and electronic components. Macor not only retains its physical stability under elevated temperature conditions but also exhibits exceptional electrical insulation properties. In applications necessitating the isolation of electrical components from mechanical parts, Macor serves as a reliable material choice. In certain aggressive chemical environments, Macor demonstrates remarkable chemical inertness, enabling it to withstand various chemical reagents and corrosive substances. When compared to metallic materials, Macor offers superior corrosion resistance, making it particularly well-suited for use as a bracket in chemical reactors and laboratory equipment. Furthermore, Macor possesses high mechanical strength and good dimensional stability, allowing it to maintain its original shape and functionality while supporting loads. This characteristic is essential for the fixed brackets utilized in precision equipment and mechanical devices.

Summary

The machinability, high-temperature stability, low thermal conductivity, and exceptional electrical and chemical properties of Macor facilitate its reliable support and insulation functions across various engineering domains. Additionally, Macor can be easily processed into intricate shapes. Jundro Ceramics possesses extensive experience in the processing of such complex equipment and is capable of providing stable Macor supports in high-precision and advanced technological fields. This expertise ensures that each product performs optimally in practical applications.