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4N 3 layers aluminum billets
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Billets are produced using vertical continuous casting Compositions : 4N8 to 5N5 pure
RRR Specification :From 700 to 5000, typical spec > 1500 Dimensions : Extrusion scalped billet D 190 mm x L 480 mm D 225 mm x L 480 mm
D 147 mm x L 600 mm (extruded wire is also available) Quantity :Batches of 4 tons
Certificates : GDMS analysis RRR Measurement UT inspection
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4N 3 layers aluminum billets
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PECHINEY CRV
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PHP benefits from PECHINEY s R&D Center (300 people) which focuses on Aluminum products transformation processes and characterization techniques This R&D Center owns large facilities for transformation and chemical / structural characterization which are specially adapted to Aluminum and its alloys. Expertise fields of R&D at the Pechiney Research Center (Aluminum foundry, molding, casting, liquid metal treatment Rolling, forging, extrusion, Foundry equipment design, Surface treatments, Microstructural characterization of aluminum products, Measurement of properties of aluminum alloys, Analytical expertise, Computer simulation, Statistical analysis )
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PECHINEY CRV
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Cubic Texture
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Cubic texture is a particular crystallographic orientation which is necessary for high voltage etching. If not enough grains have cubic texture, the pits created during high voltage etching are not perpendicular to the foil, resulting in a too little surface increase. Pechiney discovered and patented in the 70’s a revolutionary manufacturing process enabling to obtain very high levels of cubic texture on high purity foils. This process has now been adopted by all anode foil producers around the world and is still in use at PHP/ Froges. After a chemical treatment of the foil, cubic texture is now measured via image analysis on each high voltage foil shipped.
Values are given to customers on request.
They are typically over 95 % and frequently reach levels higher than 99% !
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Cubic Texture
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Analytical Expertise
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Pechiney High Purity continues to pursue its policy of investing in the most efficient analytical technologies with regards to both metallic impurities and to non-metallic elements.
The MERCUS plant has its own laboratory, which has been specially designed by Pechiney High Purity for continuous control of its purification process and to guarantee the consistently exact purity expected by clients.
Pechiney High Purity further offers its laboratory services to clients. Sorting low alpha emitter materials by Neutron Activation Analysis (NAA) Measurement of intermediate purity products by Spark emission analysis (SEE) Measurement of alloying elements by X-ray fluorescence spectrometry Characterization of alloying elements content using Inductively Coupled Plasma analysis (ICP) Controling the gas content using a measurement on solid by vaccum extraction (Stroehlein )
Internal defects inspection (standard and high frequency) (Ultrasonic inspection )
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Analytical Expertise
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5N Aluminum Flat Rolled Products for sputtering targets
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Rolled plates are produced using the biggest rolling mill at Pechiney in order to assure the best consistency of grain size. PHP is able to deliver various purity grades from 3N to 5N, including alloys Purity
99.99% up to 99.999% Compositions:
Pure Aluminum Alloys Al Si 1% and Al Si 1% Cu 0.5%
Other compositions are to be studied Thicknesses (as rolled) : 8 mm , 12 mm ,19 mm
25 mm Dimensions :Various dimensions are available 950 x 830 mm 1200 x 1200 mm
1300 x 1300 mm Microstructure: Fine grain size (< 1 mm on pure and < 100 microns for alloyed material)
Recrystallized microstructure Certificates GDMS analysis Ultrasonic inspection on 100% of the surface Microstructure characterization TFT Plates are produced using patented processes : FR2744805, US5955673, US5887481, Taiwan 105486. Pending patents in Japan : 115242/96 and 9-529039
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5N Aluminum Flat Rolled Products for sputtering targets
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PHP Froges Services
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World wide commercial network of Pechiney World Trade Technical assistance to optimise foil characteristics and etching process in order to maximise performance Statistical analysis of etching results, in relation to foil characteristics by our experts
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PHP Froges Services
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