ADC10 Overview

ADC10, also referred to as A380, represents an aluminum alloy commonly utilized in die casting manufacturing. The material is recognized as one of the most extensively used and specified alloys, offering substantial mechanical benefits across numerous applications.

ADC10 Equivalent Materials

Manufacturers can substitute ADC10 with equivalent materials including A380 (USA/ASTM B85), ADC10 (China GB/T), and Vietnam/Japan JIS designations.

Characteristics of ADC10

The alloy enables manufacturers to produce high-quality products in a cost-efficient and effective manner without compromising durability. Its anti-soldering properties extend tool and die lifespan while reducing machine downtime and maintenance requirements.

Composed primarily of pure aluminum, ADC10 provides superior flexibility and malleability compared to steel alternatives. The material can be combined with zinc, silicon, copper, manganese, and iron to enhance strength and corrosion resistance. Additional advantages encompass excellent fluidity, tensile strength, versatile finishing options, and strength maintenance at elevated temperatures.

Uses of ADC10

Applications span diverse industries including digital displays, motors, automotive parts, toys, furniture, electronic accessories, computer equipment, and transportation equipment, among numerous other sectors.

Physical Properties

PropertyMetricUS/Imperial
Density2.76 g/cc0.0997 lb/in3

Mechanical Properties

PropertyMetricUS/Imperial
Hardness, Brinell8080
Tensile Strength, Ultimate317 MPa-
Tensile Strength, Yield159 MPa-
Elongation at Break2.5%2.5%
Tensile Modulus71.0 GPa10300 ksi
Poisson's Ratio0.330.33
Fatigue Strength138 MPa-
Machinability50%50%
Shear Modulus26.5 GPa3840 ksi
Shear Strength195 MPa-
Charpy Impact4.07 J3.00 ft-lb

Electrical Properties

PropertyMetricUS/Imperial
Electrical Resistivity0.00000640 ohm-cm0.00000640 ohm-cm

Thermal Properties

PropertyMetricUS/Imperial
Heat of Fusion389 J/g167 BTU/lb
CTE, linear (20.0 - 100 C)21.2 um/m-C11.8 uin/in-F
CTE, linear (68.0 - 212 F)-12.5 uin/in-F
CTE, linear (20.0 - 300 C)22.5 um/m-C-
Specific Heat Capacity0.963 J/g-C0.230 BTU/lb-F
Thermal Conductivity109 W/m-K756 BTU-in/hr-ft2-F
Melting Point538 - 593 C1000 - 1100 F
Solidus538 C1000 F
Liquidus593 C1100 F

Processing Properties

PropertyMetricUS/Imperial
Melt Temperature649 - 760 C1200 - 1400 F
Annealing Temperature177 - 260 C350 - 500 F
Annealing Temperature260 - 371 C500 - 700 F
Casting Temperature635.0 - 704 C1175 - 1300 F

Chemical Composition

ElementMetricUS/Imperial
Aluminum, Al79.6 - 89.5%79.6 - 89.5%
Copper, Cu3.0 - 4.0%3.0 - 4.0%
Iron, Fe<= 2.0%<= 2.0%
Magnesium, Mg<= 0.10%<= 0.10%
Manganese, Mn<= 0.50%<= 0.50%
Nickel, Ni<= 0.50%<= 0.50%
Other, total<= 0.50%<= 0.50%
Silicon, Si7.5 - 9.5%7.5 - 9.5%
Tin, Sn<= 0.35%<= 0.35%
Zinc, Zn<= 3.0%<= 3.0%