ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

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Strength
Production energy
Stiffness
Embodied CO2
Density
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ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
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ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

ZA alloy, ZnAl27Cu2

3.5-4.5 usd/kg

ZA-27 (ZP27) is the strongest and lightest of the die casting alloys. It is difficult to produce ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material