7022 Aluminum Bar

Introduction:
1. Low MOQ and Flexible Production Ability.
2. Quick delivery and standard industry exporting package.
3. Best service with quick  reply 
4. OEM and ODM, welcome customers to visit our factory for better understanding;
5. Value friendship and trustworthy, devote to provide long-term service to our distinguished customers.

Product Introduction

7022 aluminium alloy is an alloy in the wrought aluminium-zinc family (7000 or 7xxx series). It is one of the more complex grades in the 7000 series, with at least 87.85% aluminium by weight.

Like most other highly alloyed alloys, 7022 is a high strength alloy, with yield strength of 370 MPa. Designed to be resistant to stress corrosion cracking, it has decent corrosion and oxidation resistance comparable to 7075 aluminium alloy but worse than 7039 aluminium alloy. Good machinability, thermal conductivity and dimensional stability make 7022 alloy a material of choice for plastic injection molds.

7022 alloy can be heat treated to increase tensile strength in expense of workability, with most common grade been T651.

Notes: Alternative names for 7022 alloy are A7022 and AA7022.

 

Product   Name:Aluminum   grating
Material:Aluminum   Alloy  6061 6063
Bearing   bar spacing:23/30/40/50/60mm   and their multiples
Crossing   bar spacing:40/50/60/100mm   and their multiples
Surface   Treatment:Clear   Anodised
Mill   Finish
Powder   Coat
Band   Treatment:Banded   end*Open end
Advantage:no   welding point
high   intensity
Lightweight
rust-proof
non-sparking
non-magnetic
excellent   corrosion resistance
Application:Passway
Platform
Parking   spot
Fence
Walkways
catwalk
Floors
Facade
Building   ceiling
A7022 T651
Physical properties
Density (ρ)2.77 g/cm3
Mechanical properties
Young's modulus (E)70 GPa
Tensile strength (σt)440 MPa (64 ksi)
Elongation (ε) at break6%
Poisson's ratio (ν)0.33
Hardness—Rockwell81 HRB
Thermal properties
Thermal conductivity (k)165 W/m*K
Linear thermal expansion   coefficient (α)2.35*10−5 K−1

Chemical Composition

1.    Aluminium: 88.35 to 92.4%

2.    Zinc: 4.3 to 5.2%

3.    Magnesium: 2.6 to 3.7%

4.    Copper: 0.5 to 1.0%

5.    Manganese: 0.1 to 0.4%

6.    Chromium: 0.1 to 0.3%

7.    Silicon: 0.5% max

8.    Iron: 0.5% max

9.    Titanium: 0.2% max

10. Zirconium: 0.2% max

11. Other: 0.15% max


Features

very low corrosion resistance

suitable for protective anodizing and coating

not solderable

not weldable, except resistance welding

not suitable for cold forming



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