aluminio_laminado_caracteristicas_mecanicas

Product catalog summary

Overview
This document provides comprehensive technical specifications for aluminum alloys in laminate form, focusing on sheets and strips that are rolled. It details the mechanical characteristics of various alloys, including tensile strength, yield strength, elongation, bending radius, and hardness.

Mechanical Characteristics

EN AW-1050A [AI 99,5]: Available in multiple treatment statuses (F, O, H111, etc.), with tensile strength from 60 to 160 MPa, yield strength from 20 to 100 MPa, and elongation from 1% to 35%.
EN AW-2070A [AI CU 4 MG SI (A)]: Treatment statuses include 0, T4, T451, etc., with tensile strength from 225 to 390 MPa, yield strength from 145 to 260 MPa, and elongation from 2% to 15%.
EN AW-2024 [AI CU4 MG 1]: Available in statuses like 0, T4, T3, etc., with tensile strength from 220 to 460 MPa, yield strength from 140 to 400 MPa, and elongation from 2% to 15%.
EN AW-3003 [AL MN 1 CU]: Treatment statuses include F, O, H111, etc., with tensile strength from 80 to 210 MPa, yield strength from 35 to 180 MPa, and elongation from 1% to 24%.
EN AW-3004 [AI MN 1 MG 1]: Available in statuses F, O, H111, etc., with tensile strength from 155 to 270 MPa, yield strength from 60 to 240 MPa, and elongation from 1% to 16%.
EN AW-5005 [AI MG 1 (B)], EN AW-5005A [AL MG 1 (C)]: Available in statuses F, O, H111, etc., with tensile strength from 80 to 205 MPa, yield strength from 35 to 185 MPa, and elongation from 1% to 24%.

Recommendations
For applications requiring specific properties like corrosion resistance, consult with manufacturers for material selection.

Conclusion
This document is a guide to the mechanical properties of aluminum alloys in laminate form, aiding in material selection for specific applications.

Extruded Bars, Tubes, and Profiles Overview
The document also covers aluminum alloys used in extruded bars, tubes, and profiles, detailing mechanical properties and treatment statuses.

Key Sections

Alloy Specifications: Lists alloys like EN AW-5251, EN AW-5052, etc., with specific mechanical properties and treatment statuses.
Mechanical Properties: Provides tensile strength, yield strength, and elongation percentages for different treatment statuses.
Dimensional Specifications: Specifies dimensions for diameter, distance between faces, and wall thickness.
Treatment Status: Explains how treatment status affects mechanical properties.
Additional Notes: Includes notes on cooling features and electrical conductivity requirements.

Critical Information

Requirements: Outlines minimum and maximum values for mechanical properties.
Limitations: Some properties are valid only for specific dimensions or treatment statuses.
Best Practices: Understanding treatment status is crucial for selecting the appropriate alloy.

Extruded Bar, Tube, and Profile Specifications

EN AW-7020 [AI ZN 4,5 MG 1]: T6 treatment status, tensile strength of 350 MPa, yield strength of 290 MPa.
EN AW-7022 [AI ZN 5 MG 3 CU]: T6, T6510, T6511 statuses, tensile strength of 490 MPa, yield strength of 420 MPa.
EN AW-7049 [AI ZN 8 MG CU]: T6, T6510, T6511 statuses, tensile strength of 610 MPa, yield strength of 530 MPa.
EN AW-7075 [AI ZN 5,5 MG CU]: Multiple statuses, tensile strength of 540 MPa, yield strength of 480 MPa.

Key Parameters

D: Diameter of circular section bars.
S: Distance between faces for square bars.
e: Wall thickness.

Procedures and Recommendations

Features can be obtained by cooling in the press.
Consider mechanical characteristics of the entire lower section for cross-sections with different thicknesses.

Catalog excerpts