Aluminum composite material that achieves both high strength, high heat resistance, and conductivity, as well as workability.
For those who have given up on aluminum. Strength, conductivity, or workability? Break the trade-off and expand the limits of aluminum application! 【*Sample consultations available】
Aluminum is a cheap, lightweight, and easy-to-process material. However, when alloyed to achieve strength, machinability, and castability, it loses electrical conductivity, thermal conductivity, and ductility in return. The consideration of aluminum alloying becomes a battle of this "trade-off between gains and losses," and in many cases, it is set aside at some point. "Are you giving up on aluminum alloying?" Our aluminum composite materials enhance strength and heat resistance through methods other than alloying. They maintain conductivity while balancing high-temperature strength, bendability, and axial force retention during fastening. *This material is a development product. We can provide sample evaluations according to applications and required specifications. [Do you face these challenges in considering aluminum alloying?] ■ Only the areas that experience higher temperatures are reverted to other materials like copper. ■ Deformation progresses over long periods even under loads that do not reach the yield point. ■ Axial force is lost at fastening points, making re-tightening or the use of spring washers a prerequisite. ■ When alloyed to achieve strength, conductivity decreases, resulting in an increase in cross-section. ■ Changing to a stronger material caused cracking during bending, forcing a change in shape. Please download the catalog for detailed specifications. Feel free to contact us.
- Company：矢崎エナジーシステム
- Price：Other
![[Issue] Are you avoiding the use of aluminum under high temperatures and long-duration loads?](https://image.mono.ipros.com/public/product/image/2001665494/IPROS15011712356227366600.png?w=280&h=280)
