6063 Aluminium Technical Datasheet Commercial Aluminium Alloy Service

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6063 Aluminium Technical Datasheet Commercial Aluminium Alloy Service. Quality. Value. Applications Key features: • Architectural • Medium strength alloy • Extrusions • Used in intricate extrusions •Doors • Aesthetically pleasing finish • Window frames • High corrosion resistance • Shop fittings • T6 temper most common, T4 has good formability • Balustrading Product Description Corrosion Resistance 6063 aluminium alloy is often referred to as an High architectural alloy and is used in the production of intricate extrusions. With an aesthetically pleasing finish and high corrosion resistance the alloy is readily suited to welding Availability and can be easily anodised. 6063 aluminium is most Extrusions, tube commonly supplied as T6 temper. If supplied in the T4 condition the alloy has good formability. Chemical Composition (weight %) Mn Fe Mg Si Zn Ti Cr Cu Al min. 0.45 0.20 Bal max. 0.10 0.35 0.90 0.60 0.10 0.10 0.10 0.10 Bal Mechanical Properties Physical Properties Tensile Strength 100 MPa Density 2.70 g/cm³ Proof Stress 50 MPa Melting Point 600 °C Shear Strength 70 MPa Thermal Expansion 23.5 x10-6 /K Elongation A50 mm 27% Modulus of Elasticity 69.5 GPa Brinell Vickers 25 HV Thermal Conductivity 200 W/m.K Technical Assistance Our knowledgeable staff backed up by our resident team of qualified metallurgists and engineers, will be pleased to assist further on any technical topic. www.smithmetal.com [email protected] Biggleswade Birmingham Bristol Chelmsford Gateshead Horsham Leeds 01767 604604 0121 7284940 0117 9712800 01245 466664 0191 4695428 01403 261981 0113 3075167 London Manchester Nottingham Norwich Redruth Verwood General 020 72412430 0161 7948650 0115 9254801 01603 789878 01209 315512 01202 824347 0845 5273331 1930 All information in our data sheet is based on approximate testing and is stated to the best of our knowledge and belief. It is presented apart from contractual obligations and does not constitute any guarantee of properties or of processing or application possibilities in individual cases. Our warranties and liabilities are stated exclusively in our terms of trading. © Smiths Metal Centres 2018.

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Tensile Behavior of Aluminium Alloy 6063 - T6 in Sea Water
International Journal of Engineering Research and Development e-ISSN: 2278-067X, p-ISSN: 2278-800X, www.ijerd.com Volume 10, Issue 5 (May 2014), PP.68-74 Tensile Behavior of Aluminium Alloy 6063 - T6 In Sea Water P.John Maclins RVS Educational Trust’s Group of Institutions, Asst. Professor, Department of Aeronautical Engineering, Dindigul, Tamilnadu, India. Abstract:- Sea water, by virtue of its chloride content, is a most efficient electrolyte. The Omni-presence of oxygen in marine atmospheres, sea spray increases the aggressiveness of salt attack. The differential concentration of oxygen dissolved in a droplet of salt spray creates a cell in which attack is concentrated where the oxygen concentration is lowest. The sea environment is the most structurally hostile environment within which aircraft operate. The structural components are being exposed to salt spray continuously during its operation and it experiences heavy loading during landing. Corrosion also leads to crack propagation when subjected to loading. Corrosion along with damage leads to the failure of structural components prematurely and presents a serious problem in the aging aircraft. This requires a different approach to the maintenance of structural components subjected to corrosion and repetitive loads. This paper studies the effect of corrosion and low impact damage on aluminium alloy 6063- T6. The 6063 aluminium alloy that was used for the study was heat treated and soaked in seawater prepared per ASTM D1141 for different intervals of time between 0hours and 1000hours. Corroded specimens were subjected to low impact damage. The result shows a gradual degradation in mechanical properties of the alloy due to corrosion and damage.
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