AA 2219 Aleaciones de aluminio

Grupo de materiales: Aleaciones No Ferrosas / Aleaciones de aluminio

País/Estándar: Estados Unidos / AA

Precio indicativo:

Actualizaciones de datos

Última actualización: 2025-05

Número total de actualizaciones: 12

Historial de actualizaciones

2022-02 2021-07 2021-04 2020-09 2020-07 2020-04 2019-10 2019-04 2017-11 2017-04 2016-02

Este material cuenta con 3856 propiedades — aquí solo se muestra una parte.

Accede a todas las propiedades del material, incluyendo valores detallados según temperatura y condiciones.

AA 2219 Composición química

Criterios

Valor

Unidad

Número CAS

Criterios

Valor

Resto.

Unidad

Número CAS

7429-90-5

Criterios

Valor

5.8 – 6.8

Unidad

Número CAS

7440-50-8

Criterios

Valor

≤ 0.30

Unidad

Número CAS

7439-89-6

Criterios

Valor

val1

Unidad

Número CAS

7439-95-4

Criterios

Valor

val1

Unidad

Número CAS

7439-96-5

Criterios

Other each

Valor

val1

Unidad

Número CAS

Criterios

Other total

Valor

val1

Unidad

Número CAS

Criterios

Valor

val1

Unidad

Número CAS

7440-21-3

Criterios

Valor

val1

Unidad

Número CAS

7440-32-6

Criterios

Valor

val1

Unidad

Número CAS

7440-62-2

Criterios

Valor

val1

Unidad

Número CAS

7440-66-6

Criterios

Valor

val1

Unidad

Número CAS

7440-67-7

International alloy designations and chemical composition limits for wrought aluminum and wrought aluminum alloys - Teal Sheets (2025), 2025

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AA 2219 Propiedades físicas

Temperatura

≤ 0°C 0 - 30°C 30 - 100°C 100 - 300°C ≥ 300°C

Propiedad/Valor

Módulo de elasticidad

66.9 — 79.3 GPa

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Resistencia eléctrica

val1 Ω∙mm²/m

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Densidad

val1 kg/dm³

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Capacidad calorífica

val1 J/(kg∙°C)

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La conductividad térmica

val1 W/(m∙°C)

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Conductividad Eléctrica

val1 S/m

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Temperatura de Fusión

val1 °C

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Coeficiente de Poisson

val1

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Coeficiente de Expansión Térmica (CTE)

val1 10^-6/°C

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Este material cuenta con 3856 propiedades — aquí solo se muestra una parte.

Consulta propiedades físicas detalladas en distintas temperaturas y condiciones.

AA 2219 Tratamiento Térmico

The times and temperatures are typical for various forms, sizes and methods of manufacture and may not exactly describe the optimum treatment for a specific item.

The nominal temperatures at which metal is heated (applies both for solution and precipitation heat treatment) should be attained as rapidly as possible and maintained ± 5°C of nominal during the time at temperature.

The time at precipitation heat treatment temperature will depend on time required for load to reach temperature. The times shown are based on rapid heating, with soaking time measured from the time the load reached within 5°C of the applicable temperature.

Material should be quenched from the solution heat-treating temperature as rapidly as possible and with minimum delay after removal from the furnace. Quenching is typically performed by immersion of wrought products in a cold water bath, although some forgings are quenched in hot-water. Quenching may be performed by alternative means such as total immersion in an aqueous polymer solution, liquefied gas, hot water, or boiling water, or by air blast or fog to minimize distortion provided samples from the material. The use of high-velocity high-volume jets of cold water is also effective for some materials.

For flat sheet

Temper T31: Solution heat treated at 535°C, quenched, naturally aged. Cold work subsequent to solution heat treatment is required to attain the specified mechanical properties for this temper.

Temper T37: Solution heat treated at 535°C, quenched, naturally aged. Cold work subsequent to solution heat treatment is required to attain the specified mechanical properties for this temper.

Temper T42: Solution heat treated at 535°C, quenched, naturally aged. By definition, this temper designation is that which would apply after natural aging even though mechanical properties for this alloy-temper product have not been registered. By definition, this temper designation is that which would apply after natural aging even though mechanical properties for this alloy-temper product have not been registered.

Temper T81: Solution heat treated at 535°C, quenched, precipitation heat treated at 175°C, for 18 hours. Cold work prior to any precipitation heat treatment is required to attain the specified mechanical properties for this temper.

Temper T87: Solution heat treated at 535°C, quenched, precipitation heat treated at 165°C, for 24 hours. Cold work prior to any precipitation heat treatment is required to attain the specified mechanical properties for this temper.

Temper T62: Solution heat treated at 535°C, quenched, precipitation heat treated at 190°C, for 36 hours.

For plate

Temper T37: Solution heat treated at 535°C, quenched, naturally aged. Cold work subsequent to solution heat treatment is required to attain the specified mechanical properties for this temper.

Temper T351: Solution heat treated at 535°C, quenched, naturally aged. Stress-relieved by stretching is required to produce a specified amount of permanent set subsequent to solution heat treatment.

Temper T42: Solution heat treated at 535°C, quenched, naturally aged. By definition, this temper designation is that which would apply after natural aging even though mechanical properties for this alloy-temper product have not been registered.

Temper T87: Solution heat treated at 535°C, quenched, precipitation heat treated at 175°C, for 18 hours. Cold work prior to any precipitation heat treatment is required to attain the specified mechanical properties for this temper.

Temper T851: Solution heat treated at 535°C, quenched, precipitation heat treated at 175°C, for 18 hours. Stress-relieved by stretching is required to produce a specified amount of permanent set prior to any precipitation heat treatment.

Temper T62: Solution heat treated at 535°C, quenched, precipitation heat treated at 190°C, for 36 hours.

For rolled or cold finished wire, rod and bar

Temper T4: Solution heat treated at 535°C, quenched, naturally aged. By definition, this temper designation is that which would apply after natural aging even though mechanical properties for this alloy-temper product have not been registered.

Temper T351: Solution heat treated at 535°C, quenched, naturally aged. By definition, this temper designation is that which would apply after natural aging even though mechanical properties for this alloy-temper product have not been registered.

Temper T6: Solution heat treated at 535°C, quenched, precipitation heat treated at 190°C, for 36 hours.

Temper T851: Solution heat treated at 535°C, quenched, precipitation heat treated at 190°C, for 18 hours. Stress-relieved by stretching is required to produce a specified amount of permanent set prior to any precipitation heat treatment.

For extruded rod, bar, profiles and tube

Temper T31: Solution heat treated at 535°C, quenched, naturally aged. Cold work subsequent to solution heat treatment is required to attain the specified mechanical properties for this temper.

Temper T3510: Solution heat treated at 535°C, quenched, naturally aged. Stress-relieved by stretching is required to produce a specified amount of permanent set subsequent to solution heat treatment.

Temper T3511: Solution heat treated at 535°C, quenched, naturally aged. Stress-relieved by stretching is required to produce a specified amount of permanent set subsequent to solution heat treatment.

Temper T42: Solution heat treated at 535°C, quenched, naturally aged. By definition, this temper designation is that which would apply after natural aging even though mechanical properties for this alloy-temper product have not been registered.

Temper T81: Solution heat treated at 535°C, quenched, precipitation heat treated at 190°C, for 18 hours. Cold work prior to any precipitation heat treatment is required to attain the specified mechanical properties for this temper.

Temper T8510: Solution heat treated at 535°C, quenched, precipitation heat treated at 190°C, for 18 hours. Stress-relieved by stretching is required to produce a specified amount of permanent set prior to any precipitation heat treatment.

Temper T8511: Solution heat treated at 535°C, quenched, precipitation heat treated at 190°C, for 18 hours. Stress-relieved by stretching is required to produce a specified amount of permanent set prior to any precipitation heat treatment.

Temper T62: Solution heat treated at 535°C, quenched, precipitation heat treated at 190°C, for 36 hours.

For die forgings and rolled rings

Temper T4: Solution heat treated at 535°C, quenched, naturally aged. By definition, this temper designation is that which would apply after natural aging even though mechanical properties for this alloy-temper product have not been registered.

Temper T6: Solution heat treated at 535°C, quenched, precipitation heat treated at 190°C, for 26 hours.

For hand forgings

Temper T4: Solution heat treated at 535°C, quenched, naturally aged. By definition, this temper designation is that which would apply after natural aging even though mechanical properties for this alloy-temper product have not been registered.

Temper T352: Solution heat treated at 535°C, quenched, naturally aged. Stress-relieved by 1-5 percent cold reduction subsequent to solution heat treatment. By definition, this temper designation is that which would apply after natural aging even though mechanical properties for this alloy-temper product have not been registered.

Temper T6: Solution heat treated at 535°C, quenched, precipitation heat treated at 190°C, for 26 hours.

Temper T852: Solution heat treated at 535°C, quenched, precipitation heat treated at 175°C, for 18 hours. Stress-relieved by 1-5 percent cold reduction prior to precipitation heat treatment.

Annealing (O)

Heated at 415°C, held for 2-3 hours. This treatment is intended to remove effects of solution heat treatment and include cooling at a rate of about 30°C per hour from the annealing temperature to 260°C. The rate of subsequent cooling is unimportant. Treatment at 345°C, followed by uncontrolled cooling, may be used to remove the effects of cold work, or to partially remove the effects of heat treatment.

AA 2219 Propiedades mecánicas

Temperatura

≤ 0°C 0 - 30°C 30 - 100°C 100 - 300°C ≥ 300°C

Propiedad/Valor

Resistencia a la Tracción

≥ 220 MPa

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Dureza Brinell (HB)

val1

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Alargamiento, A

val1 %

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Límite elástico, Rp0.2

val1 MPa

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Energía de Impacto

val1 J

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Reducción de área

val1 %

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Dureza de Rockwell (HR)

val1

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AA 2219 Materiales Internacionales Equivalentes

Mostrando 15 de 114 resultados.

Material

Estándar

País / Productor

Categoría de Equivalencia

Material

A92219

Estándar

UNS

País / Productor

Estados Unidos

Categoría de Equivalencia

Oficial

Material

EN AW-2219

Estándar

País / Productor

Unión Europea

Categoría de Equivalencia

Oficial

Material

1201

Estándar

GOST

País / Productor

Rusia

Categoría de Equivalencia

Oficial

Material

EN AW-Al Cu6Mn

Estándar

País / Productor

Unión Europea

Categoría de Equivalencia

Oficial

Material

EN AW-2219

Estándar

AFNOR NF

País / Productor

Francia

Categoría de Equivalencia

Oficial

Material

EN AW-Al Cu6Mn

Estándar

AFNOR NF

País / Productor

Francia

Categoría de Equivalencia

Oficial

Material

EN AW-2219

Estándar

ASRO

País / Productor

Rumania

Categoría de Equivalencia

Oficial

Material

EN AW-Al Cu6Mn

Estándar

ASRO

País / Productor

Rumania

Categoría de Equivalencia

Oficial

Material

EN AW-2219

Estándar

BDS

País / Productor

Bulgaria

Categoría de Equivalencia

Oficial

Material

A 2219 FD

Estándar

JIS

País / Productor

Japón

Categoría de Equivalencia

Oficial

Material

A 2219 FH

Estándar

JIS

País / Productor

Japón

Categoría de Equivalencia

Oficial

Material

A 2219P

Estándar

JIS

País / Productor

Japón

Categoría de Equivalencia

Oficial

Material

AlCu6Mn

Estándar

ISO

País / Productor

Internacional

Categoría de Equivalencia

Oficial

Material

2219

Estándar

ISO

País / Productor

Internacional

Categoría de Equivalencia

Oficial

Material

A 2219 BD

Estándar

JIS

País / Productor

Japón

Categoría de Equivalencia

Oficial

Las categorías de equivalencia reflejan comparaciones de composición química y propiedades mecánicas; siempre verifique la idoneidad del material según la especificación aplicable a su aplicación.

¿Necesita la lista completa de los 114 internacionales equivalentes?

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114Referencias cruzadas

24Composición
2154Propiedades mecánicas
429Propiedades físicas
1Tratamiento térmico
1Metalografía
-Maquinabilidad

414Esfuerzo-Deformación
-Conformabilidad
96Fatiga
22Fractura
13Bicho raro

5Uniones
-Revestimientos
-Dimensiones
-Tribología

7Corrosión
518Envejecimiento
-Resistencia a la intemperie
8Irradiación

50Proveedores Totales