3004 Aluminum Wires

3004 Aluminum Wire Specifications

Diameter: 0.5mm-15mm

Length: Roll

Alloy Temper: HO,H12,H14,H16,H18,H19,H22,H24,H26,H28,F,H112,T651,T3,T451, T4,T6, ect.

Craft: Cutting, hemming, arc bending, welding, grinding, spraying, forming

Surface: Mill finish, no stains, without rough selvage, Anodizing

Certificate: ISO9001, CE, SGS, etc

Delivery Time: 7-20 days.

3004 Aluminum Wire Data Sheet

Equivalent Of Aluminum 3004 Wire

Region/Country	Standard	Equivalent Name
United States	ASTM	3004 Aluminum Alloy
Europe	EN	3.0517
China	GB	3004 Aluminum Alloy
Japan	JIS	A3004
International	ISO	Aluminum Alloy 3004
South Korea	KS	A3004
Australia	AS	3004 Aluminum Alloy
India	IS	IS 737 Grade 3004

Chemical Composition of 3004 Aluminum Wire

The chemical composition of the 3004 aluminum wire is designed to provide a balance of strength, formability, and corrosion resistance. Here’s a detailed breakdown of the typical composition:

Element	Percentage Range
Al	Balance (typically around 95.0% – 98.0%)
Mn	1.0% – 1.5%
Cu	0.3% – 0.7%
Mg	0.0% – 0.2%
Si	0.0% – 0.3%
Fe	0.7% max
Cr	0.0% – 0.1%
Zn	0.0% – 0.1%
Others	Each 0.05% max, Total 0.15% max

Mechanical Properties of 3004 Aluminium Wires with Different Tempers

Temper	Tensile Strength	Yield Strength	Elongation	Hardness
3004-O (Annealed)	165 – 210 MPa (24 – 30 ksi)	110 – 150 MPa (16 – 22 ksi)	20% – 30%	45 – 55 HB
3004-H12 (Work-Hardened)	210 – 270 MPa (30 – 39 ksi)	150 – 200 MPa (22 – 29 ksi)	12% – 20%	55 – 70 HB
3004-H14 (Half Hard)	235 – 285 MPa (34 – 41 ksi)	170 – 220 MPa (25 – 32 ksi)	10% – 18%	60 – 75 HB
3004-H16 (Hard)	260 – 310 MPa (38 – 45 ksi)	190 – 240 MPa (28 – 35 ksi)	8% – 15%	65 – 80 HB
3004-H18 (Extra Hard)	275 – 325 MPa (40 – 47 ksi)	210 – 260 MPa (30 – 38 ksi)	6% – 12%	70 – 85 HB

For high-quality 3004 aluminum wires and professional assistance, contact HXM, your reliable supplier of aluminum products.

Different Tempers of 3004 Aluminum Wires

O (Annealed): Best for applications where flexibility and formability are required.
H12: Suitable for applications needing a balance between strength and formability.
H14: Ideal for parts that need moderate strength and formability.
H16: Chosen for applications needing higher strength with less flexibility.
H18: Used where high strength is critical and some reduction in formability is acceptable.