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Aluminum Alloy Plate

 

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Aluminum and aluminum alloys are lightweight, non-ferrous metals with good corrosion resistance, ductility, and strength.
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Parts by Number for Aluminum Alloy Plate Top

Partb # Distributor Manufacturer Product Category Description
3VXC6 Grainger Industrial Supply BUYERS PRODUCTS COMPANY Aluminum Tread Plate Plate Stock, Tread Pattern, Aluminum, Alloy Type 3003, Thickness 1/16 In., Width 6 In., Length 2 Ft, Polished Finish, Temper H22, Thickness Tolerance +/-0.006 In., Width Tolerance +/-0.125 In., Length Tolerance +/-0.125 In., Typical Tensile Strength
3VXC7 Grainger Industrial Supply BUYERS PRODUCTS COMPANY Aluminum Tread Plate Plate Stock, Tread Pattern, Aluminum, Alloy Type 3003, Thickness 1/16 In, Width 2 Ft, Length 2 Ft, Polished Finish, Temper H22, Thickness Tolerance +/-0.006 In, Width Tolerance +/-0.125 In, Length Tolerance +/-0.125 In, Typical Tensile Strength 22,00
3VXC8 Grainger Industrial Supply BUYERS PRODUCTS COMPANY Aluminum Tread Plate Plate Stock, Tread Pattern, Aluminum, Alloy Type 3003, Thickness 1/16 In, Width 2 Ft, Length 4 Ft, Polished Finish, Temper H22, Thickness Tolerance +/-0.006 In, Width Tolerance +/-0.125 In, Length Tolerance +/-0.125 In, Typical Tensile Strength 22,00
3DRY1 Grainger Industrial Supply NVUS METALS, INC Aluminum Tread Plate Plate Stock, Tread Pattern, Aluminum, Alloy Type 3003, Thickness 1/16 In, Width 1 Ft, Length 4 Ft, Bright Finish, Temper H22, Thickness Tolerance +/-0.006 In, Width Tolerance +0.025/-0.000 In, Length Tolerance +0.025/-0.000 In, Typical Tensile Streng
3DRY6 Grainger Industrial Supply NVUS METALS, INC Aluminum Tread Plate Plate Stock, Tread Pattern, Aluminum, Alloy Type 3003, Thickness 1/8 In, Width 2 Ft, Length 4 Ft, Bright Finish, Temper H22, Thickness Tolerance +/-0.0126 In, Width Tolerance +0.025/-0.000 In, Length Tolerance +0.025/-0.000 In, Typical Tensile Streng

Conduct Research Top

  • World's strongest aluminum alloy
    A new patent-pending aluminum alloy from Kobe Steel is made using a spray forming process and is said to be the strongest aluminum alloy available. It has a tensile strength of 780 MPa. That's reportedly 10% higher than the 710 MPa of Weldalite, an aluminum-lithium alloy developed by and used
  • Aluminum Corrosion Resistance for Cold Plates and Plate-Fin Heat Exchangers
    Aluminum cold plates and plate-fin heat exchangers are commonly used for liquid cooling in military and aerospace applications because of their light weight and high performance. There are many factors to consider when designing these cold plates and heat exchangers: thermal performance, size
  • Aluminum
    Forging. Aluminum Forgings. Aluminum Material Properties. Aluminum Plates. Aluminum Plate Suppliers. Aluminum Products. Aluminum Properties. Aluminum Rings. Aluminum Round Bar. Aluminum Round Tubing. Aluminum Shafts. Aluminum Sheet Metal. Aluminum Sleeves. Aluminum Strips. Aluminum Alloy. Aluminum alloys
  • Fatigue Life Improvement Of An Aluminum Alloy Fsw With Low Plasticity Burnishing (.pdf)
    ) to introduce a deep surface layer of. compressive residual stress. LPB processing. after friction stir welding has increased the. high cycle fatigue endurance of aluminum. alloy FSW by 80%. However, the LPB. processing parameters have not yet been. optimized to produce the maximum. achievable fatigue life
  • Vacuum Brazing of Aluminum Cold Plates and Heat Exchangers
    metal. The filler metal, also known as a braze alloy, is drawn into the closely mated parallel surfaces of the aluminum plates by capillary action. The attributes of the vacuum brazing process include uniform heating, tight temperature control, no post cleaning processes, and process repeatability
  • Fatigue Life Improvement and Mitigation of Pitting Corrosion Damage of Friction Stir Welded 2219-T8751 Aluminum Alloy by Low Plasticity Burnishing (.pdf)
    on aluminum and titanium alloy FSW samples show tensile residual stresses throughout the weld thickness with maximum tension near the weld edges. þÿ. Lambda Research 5521 Fair Lane Cincinnati, OH 45227 (513)561-0883. No. 30 February 2003. FATIGUE LIFE IMPROVEMENT AND MITIGATION OF. PITTING CORROSION DAMAGE
  • "Brick Wall" Helps Explain How Corrosion Spreads Through Alloy
    insights into how microscopic corrosion attacks an aluminum alloy commonly used in aircraft. They've developed a statistical model of the deterioration and simulated it on computer, using what may seem like an unlikely analogy: a cracking brick wall. What they've found could one day help scientists
  • Characterization of Tensile Residual Stresses in 7050-T7651 Aluminum Friction Stir Welds (.pdf)
    Salt spray corrosion pits are a common site of fatigue crack initiation in aluminum alloy aircraft components. Salt corrosion pitting occurs during exposure to the marine atmosphere and results in intergranular corrosion to a depth dependent on the time of exposure, temperature, and the service

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