What is 6061 aluminum good for?

Key applications include: Aerospace (aircraft skins, wing ribs), Marine (hull structures, deck supports), Automotive (bike frames, EV battery trays), Industrial (pressure vessels, hydraulic cylinders), Construction (architectural panels, bridges). Additional uses: Robotics, sporting goods, electronics heat sinks.

Is 6061 aluminium marine grade?

Yes, but with qualifications: Document lists it for "marine components". Requires anodizing treatment for full corrosion resistance. Not as corrosion-resistant as 5000-series alloys like 5052/5083. Best for above-waterline applications (deck hardware, railings).

What are the disadvantages of 6061 aluminum?

Document-implied limitations: Lower strength vs 7000-series alloys (e.g., 7075). Weld degradation: Loses ~40% strength in HAZ, requires post-weld heat treatment. Stress corrosion risk in high-chloride environments without protection. Not food-grade unless specially treated (no FDA approval in base form).

Which is better, 6061 or 7075 aluminum?

Depends on application: 6061 offers 240 MPa tensile strength, good corrosion resistance with coating, excellent machinability, $3-5/kg cost, best for general structures and welded assemblies. 7075 provides 500+ MPa tensile strength, requires coating for corrosion resistance, regular machinability, $8-12/kg cost, best for aircraft spars and high-stress military applications.

How do I know if my aluminum is 6061 or 7075?

Identification methods: Spark test (7075 produces brighter sparks), Hardness check (7075 T6: 150 HB > 6061 T6: 95 HB), Chemical spot testing (detects zinc in 7075), Document markings (ASTM B209/AMS 4027 labels for 6061).

What is the highest quality aluminum?

Context-dependent "quality": Strength (7075-T6 aviation standard), Corrosion resistance (5052/6061 with anodizing), Weldability (6061-T6 per document's "excellent welding properties"), Chalco certification (AS9100/Nadcap for aerospace).

Why is 6061 so popular?

Document-highlighted advantages: Balanced performance (Strength + workability + corrosion resistance), Cost efficiency (10% cheaper than market), Processing flexibility (Easily welded, machined, formed), Wide availability (0.2mm to 250mm thicknesses).

What are the disadvantages of 7075 aluminum?

Key limitations: Poor corrosion resistance (Requires protective coatings), Difficult welding (High crack sensitivity), Higher cost (2-3× 6061 pricing), Reduced ductility (Elongation ~10% vs 6061's 12-20%).

Does 6061 aluminum crack?

Possible under specific conditions: Stress corrosion (In chloride environments with sustained tension), Weld cracks (If not heat-treated post-welding), Fatigue failure (At cyclic stresses >100 MPa). Document solution: Use T651 temper for stress-relieved stability.

Is 6061 aluminum stronger than stainless steel?

No, but better strength-to-weight: 6061-T6 has 240 MPa tensile strength and 2.7 g/cm³ density (89 MPa·cm³/g strength/weight ratio). 304 Stainless has 505 MPa tensile strength and 8.0 g/cm³ density (63 MPa·cm³/g strength/weight ratio).

Can 6061 aluminum rust?

Technically no, but corrodes: Aluminum doesn't rust (rust = iron oxide). Forms Al₂O₃ layer that self-protects. Document notes "excellent corrosion resistance" especially when anodized. Vulnerable to pitting in salt spray >500 hours without protection.

Is 6061 aluminum stiff?

Moderate stiffness: Elastic modulus: 68.9 GPa (stiffer than polymers, less than steel). Document solution: Use thicker sections or ribbed designs for rigidity. T651 temper offers 10% higher stiffness than T6.

What are the benefits of 6061 aluminum?

Document-specified advantages: Strength/weight ratio (3× better than mild steel), Corrosion resistance (Especially with anodizing), Machinability (85% rating vs free-cutting brass), Weldability (TIG/MIG compatible), Cost (10% below market document claim).

What is the alternative to 6061 aluminum?

Context-specific substitutes: For higher strength use 7075 (+100% tensile strength), For better corrosion use 5052 (No anodizing required), For lower cost use 3003 (20-30% cheaper), For easier forming use 6063 (Superior extrusion capability).

Is 7075 more expensive than 6061?

Yes, significantly: Material cost: 7075 ≈ $8-12/kg vs 6061 ≈ $3-5/kg. Machining cost: 50% higher due to tool wear. Document notes 6061 offers "cost 10% less" than market.

How do I know if my aluminum is 5052 or 6061?

Identification methods: Spark test (6061 produces longer sparks), Chemical test (6061 reacts with NaOH, 5052 doesn't), Hardness (6061-T6: 95 HB > 5052-H32: 60 HB), Document markings (ASTM B209 for 6061).

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AMS 4027 certified for aerospace applications

Excellent cold workability (T4 condition with 18% elongation)

From annealed O to high-strength T6 for versatile requirements

6061 Aluminum Sheet and Plate

Last updated Aug. 1, 2025

Aerospace-grade Al-Mg-Si alloy renowned for excellent strength-to-weight ratio (tensile ≥240 MPa) and corrosion resistance. Ideal for marine structures, aerospace components, and precision machinery. Features customizable dimensions (0.2-250mm thickness) and specialized tempers like T6 for optimal performance in demanding environments.

Alloy Series:: 6000 Series (Al-Mg-Si)
Temper Options:: O, T4, T6, T651
Thickness Range:: 0.2-250mm
Width Range:: 900-2650mm
Max Length:: 6000mm
Key Standards:: ASTM B209, AMS 4027, EN 485-2

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What is 6061 Aluminum

Overview & Properties

Specifications

Technical Parameters

Popular Products

Best Sellers

Temper Guide

O, T4, T6, T651

Alloy Comparison

vs 6063, 7075

Composition & Properties

Chemical, physical, mechanical

Processing

Machining & Welding

Stock Inventory

Available Sizes

Related Products

Bars, Tubes, Forgings

Applications

Industry Uses

FAQ

Common Questions

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What is 6061 Aluminum Sheet and Plate?

Aerospace-grade Al-Mg-Si alloy renowned for excellent strength-to-weight ratio, corrosion resistance, and versatility across multiple industries.

6061 is a widely used aerospace-grade wrought aluminum alloy belonging to the Al-Mg-Si series with magnesium and silicon as primary alloying elements. Known as the "all-purpose aluminum alloy", it offers excellent comprehensive properties, workability, and cost-effectiveness for applications in aerospace, marine, electronics, and structural fields.

Country/Standard	Designation	Description
International	EN AW-6061	European Standard (EN = European Standard, AW = Wrought Aluminum)
China	GB/T 6A01	Chinese National Standard (old designation LD30)
USA	AA6061	Aluminum Association Standard (UNS A96061)
Japan	JIS A6061	Japanese Industrial Standard
Germany	AlMg1SiCu	DIN 1725-1 (3.3211 Werkstoffnummer)

Medium-to-High Strength: Tensile strength up to 310 MPa (T6 condition), yield strength ≈276 MPa with good toughness.

Lightweight: Density ≈2.7 g/cm³ (1/3 that of steel), ideal for weight-sensitive applications.

Superior Corrosion Resistance: Magnesium forms protective oxide film, with corrosion resistance superior to most steels.

Excellent Processing Performance: Wide hot working range (350-500℃), good cold workability, and >90% strength recovery after TIG/MIG welding.

Specifications

Complete dimensional ranges, multi-temper options, surface treatments, and aerospace certifications for versatile 6061 aluminum alloy.

Available Dimensions

0.2-250

Thickness Range (mm)

900-2650

Width Range (mm)

≤6000

Max Length (mm)

Available Tempers

O (Annealed)T4T6T651

Surface Treatments

Mill Finish

Anodized

Polished

Brushed

Sand Blast

Embossed

Etching

Laminated Film

Bright

Compliance Standards

ASTM B209AMS 4027DIN EN 485-2GB/T 3190AMS-QQ-A-250/11AMS 4025

Quality Certifications

ISO 9001AS9100NadcapTS16949

Popular 6061 Aluminum Sheet and Plate

O, T4, T6, and T651 temper grades for aerospace components, marine structures, and precision engineering applications

6061-O Aluminum Sheet

Highest ductility (20% elongation) for extrusion forming, ideal for subsequent quenching.

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6061-T4 Aluminum Plate

Naturally aged with 18% elongation, better formability than T6 for complex shapes.

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6061-T6 Aluminum Plate

High strength (≥240 MPa) with excellent corrosion resistance, surface anodizable.

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T651

6061-T651 Aluminum Plate

Stress-relieved for precision machining, preferred for thick plate applications.

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Need Custom Specifications?

We provide custom 6061 aluminum sheet and plate in O/T4/T6/T651 tempers, various thicknesses, and surface finishes

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6061 Temper Comparison

Key temper states and their properties for aerospace and marine grade aluminum applications.

T6/T651

Artificially Aged

Cost-effective & versatile solution

Tensile Strength≥240 MPa

Yield Strength207-276 MPa

Elongation12%

Brinell Hardness95 HB

Shear Strength207 MPa

Core Applications

Aircraft skins & wing ribs

Precision machinery components

Anodized surfaces (ASTM B209)

Stress-Relieved

Enhanced machining stability

Tensile Strength130-230 MPa

Yield Strength145 MPa

Elongation12%

Brinell Hardness63 HB

Shear Strength170 MPa

Precision Applications

Semiconductor equipment brackets

Optical platforms & instrument bases

Thick plate engineering projects (≥0.24")

Annealed State

Maximum formability solution

Tensile Strength76-130 MPa

Yield Strength55 MPa

Elongation20%

Brinell Hardness33 HB

Shear Strength84 MPa

Forming Applications

Deep-drawn containers (>30% deformation)

Complex curved surface forming

Subsequent quenching preparation

T6/T651

Artificially Aged

Cost-effective & versatile solution

Tensile Strength≥240 MPa

Yield Strength207-276 MPa

Elongation12%

Brinell Hardness95 HB

Shear Strength207 MPa

Core Applications

Aircraft skins & wing ribs

Precision machinery components

Anodized surfaces (ASTM B209)

Naturally Aged

Balanced Strength and Formability

Tensile Strength130-230 MPa

Yield Strength145 MPa

Elongation18%

Brinell Hardness63 HB

Shear Strength170 MPa

Precision Applications

Semiconductor equipment brackets

Optical platforms & instrument bases

Thick plate engineering projects (≥0.24")

Annealed State

Maximum formability solution

Tensile Strength76-130 MPa

Yield Strength55 MPa

Elongation20%

Brinell Hardness33 HB

Shear Strength84 MPa

Forming Applications

Deep-drawn containers (>30% deformation)

Complex curved surface forming

Subsequent quenching preparation

6061 Aluminum Selection Guide

O Temper: For complex forming/deep drawing requiring maximum ductility (20% elongation)

T4 Temper: For structural components needing balanced formability and moderate strength

T6 Temper: General-purpose solution for high-strength applications with good machinability

T651 Temper: For precision machining of thick plates (≥0.24") requiring stress-relieved stability

6061 vs. Similar Alloys

Comparative analysis of aerospace-grade 6061 aluminum against similar alloys

6061 vs 6063 Aluminum Alloy

Property	6061	6063
Alloy Series	6xxx (Al-Mg-Si)	6xxx (Al-Mg-Si)
Typical Temper	T6/T651	T5/T6
Tensile Strength	≥240 MPa	~190 MPa
Elongation	12%	15%
Corrosion Resistance	Excellent	Excellent
Machinability	Easy to machine/weld	Excellent extrusion
Cost	Low	Low
Core Applications	Structural parts, marine, electronics	Architectural profiles, decoration

Selection Guidelines

Choose 6061: When balancing strength and cost for structural applications

Choose 6063: For high surface quality extrusion in architectural profiles

6061 vs 5052 Aluminum Alloy

Property	6061	5052
Alloy Series	6xxx (Al-Mg-Si)	5xxx (Al-Mg)
Typical Temper	T6/T651	H32/H34
Tensile Strength	≥240 MPa	~210 MPa
Elongation	12%	10-15%
Corrosion Resistance	Excellent	Extremely Excellent
Machinability	Easy to machine/weld	Good cold forming
Cost	Low	Medium
Core Applications	Structural parts, marine, electronics	Marine, chemical containers

Selection Guidelines

Choose 6061: For structural applications requiring higher strength

Choose 5052: In harsh corrosion environments like marine/chemical industries

6061 vs 7075 Aluminum Alloy

Property	6061	7075
Alloy Series	6xxx (Al-Mg-Si)	7xxx (Al-Zn-Mg-Cu)
Typical Temper	T6/T651	T6/T7351
Tensile Strength	≥240 MPa	≥500 MPa
Elongation	12%	10%
Corrosion Resistance	Excellent	Medium (requires protection)
Machinability	Easy to machine/weld	Difficult (high hardness)
Cost	Low	High
Core Applications	Structural parts, marine, electronics	Aerospace main structures, military

Selection Guidelines

Choose 6061: When balancing strength and cost for most applications

Choose 7075: For ultimate strength demand in aerospace/military applications

Chemical Composition & Properties

Al-Mg-Si alloy with balanced composition, engineered for aerospace and structural applications

Chemical Composition (wt%)

Element	Content (%)	Role
Si (Silicon)	0.4-0.8	Forms strengthening phase Mg₂Si
Mg (Magnesium)	0.8-1.2	Enhances strength and corrosion resistance
Cu (Copper)	0.15-0.40	Improves age-hardening effect
Cr (Chromium)	0.04-0.35	Inhibits intergranular corrosion
Fe (Iron)	≤0.7	Impurity (reduces plasticity)
Mn (Manganese)	≤0.15	Impurity control limit
Zn (Zinc)	≤0.25	Impurity control limit
Ti (Titanium)	≤0.15	Grain refinement
Al (Aluminum)	Balance	Matrix

Key Note: Balanced Mg and Si content forms Mg₂Si strengthening phase, providing optimal strength and corrosion resistance.

Physical Properties

Parameter	Value	Unit
Density	2.70	g/cm³
Melting Range	582-652	°C
Thermal Conductivity	180	W/(m·K)
Electrical Conductivity	43%	IACS
Thermal Expansion Coefficient	23.6	μm/m·K (20-100℃)

Heat Treatment: Achieves strength through solution treatment and artificial aging.

Temperature Resistance: Stable performance up to 150°C.

Mechanical Properties

Temper	Tensile (MPa)	Yield (MPa)	Elongation
O (Annealed)	76-130	55	20%
T4 (Solution Treated)	130-230	145	18%
T6 (Artificially Aged)	≥240	207-276	12%
T651 (Stress-Relieved)	≥240	207-276	12%

Corrosion Resistance: Excellent resistance to atmospheric and marine environments.

Weldability: Compatible with TIG/MIG welding; strength recovery rate >90%.

Machinability: Easy to machine with HSS tools (120-240 m/min cutting speed).

Background of Chemical Composition and Properties Section

Natural Protection

Mg-rich oxide film provides excellent corrosion resistance, outperforming most steels in various environments.

Enhanced Protection

Anodizing treatment improves corrosion resistance 10x, making it ideal for marine applications.

Element Protection

Chromium (Cr) content effectively inhibits intergranular corrosion in harsh environments.

Natural Protection

Mg-rich oxide film provides excellent corrosion resistance, outperforming most steels in various environments.

Enhanced Protection

Anodizing treatment improves corrosion resistance 10x, making it ideal for marine applications.

Element Protection

Chromium (Cr) content effectively inhibits intergranular corrosion in harsh environments.

Precision Processing Solutions

Optimized capabilities for aerospace-grade 6061 aluminum with superior strength-to-weight ratio

Machining Guidelines

Material State Advantage

T651 condition reduces machining deformation by 80% vs T6 (ASTM B209 stress-relief specification)

Tooling Parameters

Cutting Speed:120-240 m/min (HSS tools)

Recommended Tools:Carbide end mills for precision stability

Precision Advantage

Super-flat plate flatness ≤0.1mm/m² (German CVC mill standard)

Ideal for optical platforms & measurement instruments

Nadcap-certified machining processes

Forming Capabilities

Cold Forming Performance

Minimum bending radius: 2× thickness in T6 condition (ASTM B209)

State-Specific Capabilities

O Temper:20% elongation for deep drawing

T4 Temper:18% elongation for complex shapes

Hot Forming Parameters

Temperature Range:350-450℃ (document specification)

Forging Range:350-500℃ extrusion capability

Welding

Welding Performance

>90% strength recovery after TIG/MIG welding (document specification)

Post-Weld Treatment

Requires aging treatment after welding to restore strength (core characteristics)

Aerospace Certification

Complies with AMS 4027 aerospace standard

AS9100 & Nadcap certified manufacturing

TS16949 automotive standard compliance

6061 Aluminum Sheet in Stock

Comprehensive inventory of aerospace-grade 6061 aluminum sheets and plates in various tempers, thicknesses, and dimensions

Description	Standard	Temper	Thickness (IN)	Width (IN)	Length (IN)
0.03"t 6061-T6 Aluminum Sheet	ASTM B209, AMS 4027	T6	0.03	48-96	120-236
0.04"t 6061-T6 Aluminum Sheet	ASTM B209, AMS 4027	T6	0.04	48-96	120-236
0.08"t 6061-T6 Aluminum Sheet	ASTM B209, AMS 4027	T6	0.08	48-96	120-236
0.125"t 6061-T6 Aluminum Sheet	ASTM B209, AMS 4027	T6	0.125	48-96	120-236
0.16"t 6061-T6 Aluminum Sheet	ASTM B209, AMS 4027	T6	0.16	48-96	120-236
0.31"t 6061-T6 Aluminum Plate	ASTM B209, AMS 4027	T6	0.31	36-104	120-236
0.31"t 6061-T651 Aluminum Plate	ASTM B209, AMS 4027	T651	0.31	36-104	120-236
0.5"t 6061-T651 Aluminum Plate	ASTM B209, AMS 4027	T651	0.50	36-104	120-236
1.0"t 6061-T651 Aluminum Plate	ASTM B209, AMS 4027	T651	1.00	36-104	120-236
1.77"t 6061-T651 Aluminum Plate	ASTM B209, AMS 4027	T651	1.77	36-104	120-236
2"t 6061-T651 Aluminum Plate	ASTM B209, AMS 4027	T651	2.00	36-104	120-236
3"t 6061-T651 Aluminum Plate	ASTM B209, AMS 4027	T651	3.00	36-104	120-236
5.5"t 6061-T651 Aluminum Plate	ASTM B209, AMS 4027	T651	5.50	36-104	120-236
11"t 6061-T6 Aluminum Plate	ASTM B209, AMS 4027	T6	11.00	36-104	120-236

Custom Sizes

Precision cutting of aerospace-grade 6061 sheets to meet exact project specifications.

Quality Certified

AS9100 & Nadcap certified 6061 materials with full traceability and test reports.

Precision Ready

Super-flat plates with ≤0.1mm/m² flatness for high-precision applications.

Custom Sizes

Precision cutting of aerospace-grade 6061 sheets to meet exact project specifications.

Quality Certified

AS9100 & Nadcap certified 6061 materials with full traceability and test reports.

Precision Ready

Super-flat plates with ≤0.1mm/m² flatness for high-precision applications.

6061 Aluminum Applications

Six key application fields for aerospace-grade 6061 aluminum

Aerospace

6061 T651 provides stress-relieved stability for critical aerospace components

Aircraft Structures

Aircraft skins & wing ribs (T651 temper)
Landing gear components (AMS 4027)
Satellite mounts (low thermal deformation)
Rocket fuel tanks (T6 condition)

Avionics Systems

Radar system enclosures
Instrument panel frames
Communication device chassis
Flight control system brackets

Marine & Offshore

Anodized 6061 offers 10x corrosion resistance for marine environments

Ship Structures

Hull reinforcement beams (T6 temper)
Deck supports & porthole frames
Seawater desalination equipment
Deep-sea detector housings

Offshore Systems

Oil platform structural components
Subsea equipment enclosures
Marine sensor mounting plates
Navigation system components

Electronics & Electrical

Lightweight with 43% IACS conductivity for electronic applications

Thermal Management

Heat sink substrates (T6 condition)
Chip packaging brackets
LED cooling systems
Power module bases

Communication Systems

5G base station housings
Antenna mounting structures
Server rack components
RF shielding enclosures

Transportation

High fatigue strength for lightweight transportation solutions

Personal Mobility

Bicycle frames & motorcycle swing arms
Electric scooter components
Lightweight automotive chassis
Racing vehicle structural parts

Commercial Vehicles

New energy vehicle body structures
Battery impact beams (T6 condition)
Bus frame reinforcements
Railway carriage components

Mechanical & Structural

T651 condition resists deformation for engineering applications

Industrial Equipment

Pressure vessels & hydraulic cylinders
Machine tool guards & robotic arms
Conveyor system frameworks
Industrial automation components

Building Structures

Architectural trusses & beams
Bridge reinforcement elements
Structural supports & frameworks
Construction equipment components

Precision Manufacturing

T651 super-flat plates with ≤0.1mm/m² flatness for high-accuracy applications

Industrial Equipment

Precision molds (T651 stability)
Semiconductor equipment brackets
Robotic arm joints & fixtures
Medical device components

Measurement Systems

Optical platforms (super-flat surface)
Coordinate measuring machine bases
Laser alignment systems
Metrology instrument bases

Why Partner With Us?

Aerospace-grade aluminum solutions with precision processing and rigorous quality control.

Industry Certifications

Aerospace Standard: AS9100 compliant production
Automotive Standard: TS16949 certified
Nadcap Accredited: Materials testing certification
Material Standards: ASTM B209, AMS 4027, DIN EN 485-2

Ready-to-Ship Inventory

Thickness Range: 0.01" - 11" (0.2mm - 280mm)
Width Options: 35.4" - 104" (900mm - 2650mm)
Surface Finishes: Mill, Anodized, Brushed, Polished, Checkered
Tempers Available: O, T4, T6, T651 ready for processing

Precision Quality Control

Advanced Rolling Mills: ±0.1mm thickness tolerance (German SMS Group)
Defect Prevention: Film lamination + dust-free workshop
Dimensional Control: CVC mill closed-loop system
Surface Quality: Ra≤0.8μm surface roughness

Note: All technical parameters comply with ASTM, AMS, and EN standards. Full MTC documentation available for aerospace applications.

6061 Aluminum FAQ

Expert answers to common questions about 6061 aluminum specifications, applications, and performance characteristics

Parameter	6061	7075
Tensile Strength	240 MPa	500+ MPa
Corrosion Resistance	Good (with coating)	Regular(requires coating)
Machinability	Excellent	Regular
Cost	$3-5/kg	$8-12/kg
Best For	General structures, welded assemblies	Aircraft spars, high-stress military

Material	Tensile Strength	Density	Strength/Weight
6061-T6	240 MPa	2.7 g/cm³	89 MPa·cm³/g
304 Stainless	505 MPa	8.0 g/cm³	63 MPa·cm³/g

Need	Alternative	Advantage
Higher strength	7075	+100% tensile strength
Better corrosion	5052	No anodizing required
Lower cost	3003	20-30% cheaper
Easier forming	6063	Superior extrusion capability

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6061 Aluminum Sheet and Plate

Table of Contents

What is 6061 Aluminum

Specifications

Popular Products

Temper Guide

Alloy Comparison

Composition & Properties

Processing

Stock Inventory

Related Products

Applications

FAQ

What is 6061 Aluminum Sheet and Plate?

Specifications

Available Dimensions

Available Tempers

Surface Treatments

Compliance Standards

Quality Certifications

Popular 6061 Aluminum Sheet and Plate

6061-O Aluminum Sheet

6061-T4 Aluminum Plate

6061-T6 Aluminum Plate

6061-T651 Aluminum Plate

6061 Temper Comparison

Core Applications

Precision Applications

Forming Applications

Core Applications

Precision Applications

Forming Applications

6061 Aluminum Selection Guide

6061 vs. Similar Alloys

6061 vs 6063 Aluminum Alloy

Selection Guidelines

6061 vs 5052 Aluminum Alloy

Selection Guidelines

6061 vs 7075 Aluminum Alloy

Selection Guidelines

Chemical Composition & Properties

Chemical Composition (wt%)

Physical Properties

Mechanical Properties

Natural Protection

Enhanced Protection

Element Protection

Natural Protection

Enhanced Protection

Element Protection

Precision Processing Solutions

Machining Guidelines

Precision Advantage

Forming Capabilities

Welding

Aerospace Certification

6061 Aluminum Sheet in Stock

Custom Sizes

Quality Certified

Precision Ready

Custom Sizes

Quality Certified

Precision Ready

Popular 6061 Aluminum Products

6061 Aluminum Bar

6061 Aerospace Wire

6061 Auto Profile

6061 Aluminum Tube

6061 Forging

6061 Aluminum Applications

Aerospace

Aircraft Structures

Avionics Systems

Marine & Offshore

Ship Structures

Offshore Systems

Electronics & Electrical

Thermal Management

Communication Systems

Transportation