Lighter than aluminum, with the rigidity of steel - the birth of Super Material SA001.
The silicon/aluminum composite material SA001, created by our unique composite technology, is lighter than aluminum and has the Young's modulus of cast iron, while also accommodating hollow structures through bonding technology.
We have developed a composite material SA001 made of metallic silicon and aluminum. This super material is lighter than aluminum, has a higher Young's modulus than cast iron, and boasts a specific stiffness that is twice that of aluminum. Thanks to our joining technology, it can also accommodate hollow structures and built-in flow paths. ● Adoption achievements: Parts for high-precision 3D measuring machines, parts for semiconductor manufacturing equipment ● Application proposal: Temperature control plates for electrostatic chucks * By changing the material from aluminum to SA001, we can resolve the thermal expansion difference issue with alumina ESC.
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basic information
【Aluminum/Silicon Composite Material SA001】 ○ Lightweight: Lighter than aluminum! 2.4 g/cm3 ○ High Rigidity: Young's modulus exceeds that of cast iron, 1.7 times that of aluminum! 120 GPa ○ Low Thermal Expansion: 9 x 10^-6/K ○ High Thermal Conductivity: 120 W/m·K ○ Maximum Dimensions: 1m × 0.5m (consultation required) 【Joining Technology】 ○ Capable of accommodating hollow structures and built-in flow paths through joining. ○ Joining with dissimilar materials is also possible (consultation required) ● For more details, please contact us or refer to the catalog.
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Applications/Examples of results
- Alternative materials for addressing the insufficient rigidity of aluminum parts - Alternative materials for addressing thermal expansion issues of aluminum parts - Alternative materials for weight reduction of iron parts - Heat sinks and various heat dissipation components - Components for semiconductor and liquid crystal manufacturing equipment
catalog（6）
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Company information
As a member of JGC Group, JFC challenges the possibilities of the material of fine ceramics with our own technologies. We actively engage in fundamental and applied research on ceramics, product application development, as well as manufacturing and sales. We respond to the diverse needs of various advanced industries with our unique technologies and products, including high-frequency ceramic substrates and circuit components, ceramic parts for industrial machinery, and the prototyping and development of metal-ceramic composite materials (MMC).
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