- Business Group1,
Alumina Fiber and Light Metal Products Dept.
We capitalize on our extensive experience in aluminum smelting to provide consistent quality of all processes from aluminum alloy casting and forming to the manufacture and sale of resin mold dies.
Manufacturing is our strength, and we are dedicated to providing high quality products that satisfy customer needs. We are constantly engaged in technological development, such as the development of specialized casting technologies to reduce variance in microstructures in aluminum ingots at a very precise level.
Aluminum Alloy Ingot Material
We provide casts in various forms in accordance with customer applications, including functional alloy compositions developed utilizing our material development technologies specific to different alloys as result of our experience with aluminum smelting.
- DM Series Die Cast Alloys
- DMS Series Die Cast High-thermal Conductivity Alloys
Aluminum Alloy for Cutting Processes
Aluminum Alloy for Cutting Processes is a cast material with extremely low distortion and so has excellent cutability. This results in properties not attainable with rolling processes, which opens possibilities for new markets.
This product has extremely low process strain. This material is ideal for low-yield production of jigs, low-pressure molding dies (vacuum, blowing, and RIM), and injection moldings.
This product has extremely low process strain. This material is ideal for FPD, semiconductor manufacturing equipment, and jigs.
This material has the same level of strength as zinc alloy while also having excellent toughness (elasticity). (often used in mass production of blow mold products such as gasoline tanks for automobiles)
Comparison of physical properties (typical values per internal testing)
|Tensile strength (N/mm2)||250||180||343|
|0.2% proof stress (N/mm2)||120||70||245|
|Longitudinal elastic modulus (kN/mm2)||70.6||70.0||71.1|
|Specific gravity (Mg/m3)||2.7||2.7||2.8|
|Specific heat (J/kg,°C)||963||963||963|
|Thermal expansion coefficient (x10-6/°C)||24.2||23.8||23.6|
|Thermal conductivity (W/m,°C)||120||138||160|