Macor Fixed Support
Adapting to the extreme temperature differences in space
Macor Fixed Support is often used in aerospace, scientific research instruments, medical equipment and other fields. It has extraordinary performance and processability, supports complex geometric shapes, and adapts to customized needs.
High vacuum compatibility
Macor Fixed Support Parameter Table
Material | Macor Fixed Support |
Color | White |
Density | 2,52(g/cm³) |
Porosity | 0% |
Shear Modulus, 25°C | 25,5(GPa) |
Young’s modulus | 66,9(Gpa) |
Knoop Hardness, 100g | 250 kg/mm² |
Modulus of Rupture, 25°C | 94 MPa |
Compressive Strength | 345 MPa |
Applications
Semiconductor and electronics manufacturing
Wafer holders for photolithography machines, ion implanters and other equipment. Resistant to plasma corrosion to avoid contamination of wafers.
Aerospace and scientific research instruments
Satellite sensor brackets, thermal isolation supports for rocket engine test benches. Lightweight (density 2.52 g/cm³) and resistant to thermal shock, adapting to extreme temperature differences in space.
Vacuum system and particle accelerator
Synchronous radiation source, sample stage fixture for electron microscope. Stable in vacuum environment to avoid material outgassing and vacuum drop.
Medical and laser equipment
Laser reflector bracket, insulation support for medical imaging equipment. Macor Fixed Support has low thermal conductivity (1.46 W/m·K), reducing the deformation effect of heat transfer on optical components.
Energy and nuclear industry
Sensor protection sleeves in nuclear reactors, insulation isolation parts for fuel cells. The insulation performance does not decay at high temperatures, is resistant to radiation aging, and has excellent long-term stability.
Macor Fixed Support Machining
- Precision machining: threads, holes or microstructures can be directly machined to reduce assembly complexity.
- Irregular Structural Parts: Machining accuracy of 0.01mm
- Pipes and Rods: Cylindricity of 0.001mm, dimensional accuracy of 0.001mm
- Microhole Structures: Minimum diameter of 0.1mm, accuracy of 0.01mm
- Roughness: Structural parts with Ra0.01um, optical products with Ra0.002um
- Flat Surfaces: Structural part flatness accuracy up to 0.001mm
- optical products with flatness accuracy of up to 1/20λ
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