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Die sicherste Methode den Silbergehalt zu bestimmen, ist, den Grundwerkstoff direkt zu messen. Dies erreicht man z. B. durch Anschleifen oder Zersägen der Ware. Eine zerstörungsfreie Standard-Analyse mit Röntgenfluoreszenz von versilberten oder weißgesiedeten Silber-Kupfer-Legierungen würde aufgrund des erhöhten Silbergehalts an der Oberfläche einen falschen, zu hohen Silbergehalt ergeben.
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The only foolproof method for correctly determining the silver content of silver-plated or blanched silver/copper alloys is to test the base material directly, for example, by grinding or sawing down into it, since non-destructive standard analysis with X-ray fluorescence (XRF) shows erroneously high silver content due to the increased concentrations at the surface.
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The only foolproof method for correctly determining the silver content of silver-plated or blanched silver/copper alloys is to test the base material directly, for example, by grinding or sawing down into it, since non-destructive standard analysis with X-ray fluorescence (XRF) shows erroneously high silver content due to the increased concentrations at the surface.
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The only foolproof method for correctly determining the silver content of silver-plated or blanched silver/copper alloys is to test the base material directly, for example, by grinding or sawing down into it, since non-destructive standard analysis with X-ray fluorescence (XRF) shows erroneously high silver content due to the increased concentrations at the surface.
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The only foolproof method for correctly determining the silver content of silver-plated or blanched silver/copper alloys is to test the base material directly, for example, by grinding or sawing down into it, since non-destructive standard analysis with X-ray fluorescence (XRF) shows erroneously high silver content due to the increased concentrations at the surface.
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The only foolproof method for correctly determining the silver content of silver-plated or blanched silver/copper alloys is to test the base material directly, for example, by grinding or sawing down into it, since non-destructive standard analysis with X-ray fluorescence (XRF) shows erroneously high silver content due to the increased concentrations at the surface.
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The only foolproof method for correctly determining the silver content of silver-plated or blanched silver/copper alloys is to test the base material directly, for example, by grinding or sawing down into it, since non-destructive standard analysis with X-ray fluorescence (XRF) shows erroneously high silver content due to the increased concentrations at the surface.
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The only foolproof method for correctly determining the silver content of silver-plated or blanched silver/copper alloys is to test the base material directly, for example, by grinding or sawing down into it, since non-destructive standard analysis with X-ray fluorescence (XRF) shows erroneously high silver content due to the increased concentrations at the surface.
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The only foolproof method for correctly determining the silver content of silver-plated or blanched silver/copper alloys is to test the base material directly, for example, by grinding or sawing down into it, since non-destructive standard analysis with X-ray fluorescence (XRF) shows erroneously high silver content due to the increased concentrations at the surface.
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The only foolproof method for correctly determining the silver content of silver-plated or blanched silver/copper alloys is to test the base material directly, for example, by grinding or sawing down into it, since non-destructive standard analysis with X-ray fluorescence (XRF) shows erroneously high silver content due to the increased concentrations at the surface.
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The only foolproof method for correctly determining the silver content of silver-plated or blanched silver/copper alloys is to test the base material directly, for example, by grinding or sawing down into it, since non-destructive standard analysis with X-ray fluorescence (XRF) shows erroneously high silver content due to the increased concentrations at the surface.
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The only foolproof method for correctly determining the silver content of silver-plated or blanched silver/copper alloys is to test the base material directly, for example, by grinding or sawing down into it, since non-destructive standard analysis with X-ray fluorescence (XRF) shows erroneously high silver content due to the increased concentrations at the surface.
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