1060 aluminum coil Tunisia

Design Standard
Based on API 6D and customer requirements
Temperature Range
-150 to 428°F (-101 to 220°C)
Size
NPS 1-36 (DN 25-900)
Pressure Rating
ASME 150 - ASME 2500
End Connections
RF, RTJ as per B16.5 &B16.47 BW, Butt Welded as per B16.25
Contact Now

VALVE DESIGN

1060 aluminum coil Tunisia is cold-deformed at the same temperature, the greater the degree of deformation, the higher the strength and the lower the plasticity. Solid solution strengthened aluminum plate.

1060 Aluminum Coil Tunisia

1060 aluminum coil Tunisia processing strengthening is also called cold work hardening, which is cold deformation processing of metal materials below recrystallization temperature, such as forging, calendering, drawing, stretching, etc. When cold deformation, the internal dislocation density of the metal increases, and they are intertwined and Form a cellular structure that hinders dislocation motion. The greater the degree of deformation, the more serious the dislocation entanglement, the greater the deformation resistance and the higher the strength. The degree of strengthening after cold deformation varies with the degree of deformation, the deformation temperature of the 1060 pure aluminum plate, and the nature of the material itself. When the same material is cold-deformed at the same temperature, the greater the degree of deformation, the higher the strength and the lower the plasticity. Solid solution strengthened aluminum plate.

Features of 1060 Aluminum Coil Tunisia

The addition of certain alloying elements to the 1060 aluminum coil Tunisia hot-rolled aluminum sheet to form an infinite solid solution or a finite solid solution not only achieves high strength, but also achieves excellent plasticity and good press workability. The alloying elements commonly used for solid solution strengthening in general aluminum alloys are elements such as copper, magnesium, manganese, zinc, silicon, and nickel. Generally, the alloying of aluminum forms a limited solid solution, and binary alloys such as Al-Cu, Al-Mg, Al-Zn, Al-Si, and Al-Mn form a limited solid solution, and both have a large limit solubility. Large solid solution strengthening effect 1060 pure aluminum plate.

1060 Aluminum Coil Tunisia Applications

1060 aluminum coil Tunisia processing strengthening is also called cold work hardening, which is cold deformation processing of metal materials below recrystallization temperature, such as forging, calendering, drawing, stretching, etc. When cold deformation, the internal dislocation density of the metal increases, and they are intertwined and Form a cellular structure that hinders dislocation motion. The greater the degree of deformation, the more serious the dislocation entanglement, the greater the deformation resistance and the higher the strength. The degree of strengthening after cold deformation varies with the degree of deformation, the deformation temperature of the 1060 pure aluminum plate, and the nature of the material itself. When the same material is cold-deformed at the same temperature, the greater the degree of deformation, the higher the strength and the lower the plasticity. Solid solution strengthened aluminum plate

Mechanical Properties of 1060 Aluminum Coil Tunisia

Alloy

Tensile strength

Elongation

1060

124 Mpa

13%

Technical Parameters of 1060 Aluminum Coil Tunisia

Grade

Si

Cu

Mg

Mn

Zn

Ti

V

Fe

Other

Al

1060

0.25

0.05

0.03

0.03

0.05

0.03

0.05

0.35

Single

Total

99.6

0.03

-

Typical alloy

1060 aluminum coil Tunisia

Material temper

F, O,H1*,H2*,H3*,H11*,etc.

Thickness

0.14mm-0.8mm

Width

100mm-1650mm

Length

Customize

Feedback

WhatsApp
+86-15237181905
Email
sale04@mingtai-al.com
Phone
+86-15237181905