6061-○アルミシート VS6061-T6アルミシート

What is the difference between 6061-O and 6061-T6 aluminum sheet?

6061-O aluminum sheet and 6061-T6アルミシート are two common specifications of aluminum sheets in the 6000 シリーズ 6061. They have better characteristics. What is the difference between 6061-O and 6061-T6 aluminum sheets? The main difference between 6061-O and 6061-T6 aluminum plates is their mechanical properties, especially strength and hardness, which are affected by the tempering process.

6061-O aluminum plate:

気性: ○ (焼きなましされた)

Mechanical behavior:
抗張力: Typically approximately 124 MPa (18 クシ)
降伏強さ: Typically approximately 55 MPa (8 クシ)
伸長: usually around 25%
硬度: lower
成形性: Excellent formability due to its softness. It can be molded, bent, and molded easily without cracking or weakening.

Typical uses:
Typically used in applications where high strength is not a critical requirement but formability and corrosion resistance are critical.
Ideal for applications requiring deep drawing or forming processes such as automotive parts, cans and kitchenware.

6061-T6 aluminum plate:

状態: T6 (solution heat treatment and artificial aging)
Mechanical behavior:
抗張力: Typically approximately 310 MPa (45 クシ)
降伏強さ: Typically approximately 275 MPa (40 クシ)
伸長: usually around 12%
硬度: Harder compared to 6061-O due to precipitation hardening process.
成形性: Although still formable, 6061-T6 is less ductile than 6061-O due to increased strength and hardness. It may require more force to bend or form.

Typical uses:
Structural applications requiring high strength and good corrosion resistance, such as aerospace components, bicycle frames and structural components in construction.
Machined components requiring high strength and excellent machining properties.

Comparison Table:

財産6061-O Aluminum Sheet6061-T6アルミニウムシート
抗張力Typically around 124 MPa (18 クシ)Typically around 310 MPa (45 クシ)
降伏強さTypically around 55 MPa (8 クシ)Typically around 275 MPa (40 クシ)
伸長Typically around 25%Typically around 12%
硬度Relatively lowHigher
成形性素晴らしいFormable, but less malleable
Typical UsesDeep drawing, forming processes構造用途, machined components