3105 Aluminum Coil

TemperSpecified Thickness(in)Tensile Strength - KSIElongationin 2 inches %
H120.017 - 0.0191926--1
H120.020 - 0.0311926--1
H120.032 - 0.0501926--2
H120.051 - 0.0801926--3
H140.013 - 0.0192229--1
H140.020 - 0.0312229--1
H140.032 - 0.0502229--2
H140.051 - 0.0802229--2
H160.013 - 0.0312532--1
H160.032 - 0.0502532--2
H160.051 - 0.0802532--2
H180.013 - 0.03128---1
H180.032 - 0.05028---1
H180.051 - 0.08028---2
H250.013 - 0.01923---2
H250.020 - 0.03123---3
H250.032 - 0.05023---4
H250.051 - 0.08023---6
O0.013 - 0.0191421--16
O0.020 - 0.0311421--18
O0.032 - 0.0801421--20

3105 aluminum coil is a type of rolled aluminum that has been manufactured with a thickness of 0.3 inches. This product can be used for many applications, including construction, transportation, etc. It is also available in different qualities, which means it could be used in various industries and applications.

3105 aluminum coil is a non-alloyed, heat-treatable aluminum alloy used in many applications over the years. It’s best known for its corrosion resistance, making it ideal for marine applications.

Properties of 3105 Aluminum Alloy

The 3105 aluminum alloy is composed of 90% aluminum, 4% copper, 4% manganese, and 1.5% silicon. With a tensile strength of about 172 MPa, this material is flexible enough to be formed into many shapes without cracking and strong enough to withstand corrosion.

3105 aluminum coil is a high-quality, lightweight aluminum alloy with a hardness of 45 HB. It has excellent weldability and can be used in many applications.

The properties of the 3105 aluminum coil are as follows:

1) The product is non-magnetic and has a high electrical resistance. It conducts heat well and dissipates it quickly.

2) Its tensile strength is high, but its elongation rate is relatively low. This means that it will not deform easily when bent or stressed.

3) It has a high yield strength and good ductility.

3105 Aluminum Coil versus 3003 Aluminum Coil

3105 aluminum coil is an excellent choice for many applications. It has a higher strength than the 3003 aluminum coil, meaning that it can be used in applications that require more rigidity or resistance to impact damage. 

It also has a lower density than the 3003 aluminum coil, meaning it is lighter and easier to transport. Finally, the 3105 aluminum coil has a lower thermal conductivity than the 3003 aluminum coil, making it better suited to applications where heat transfer is an issue (such as in electronic equipment).

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