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B51-14 (R2019) – Boiler, pressure vessel, and pressure piping code

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ISO 16429:2004

ISO 16429:2004 Implants for surgery – Measurements of open-circuit potential to assess corrosion behaviour of metallic implantable materials and medical devices over extended time periods

CDN $129.00

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Description

ISO 16429:2004 specifies a test method for measurements over extended time periods of the open-circuit potential of implant materials and surgically implantable devices immersed in a test environment related to body fluid, using a standard corrosion test cell to study the electrochemical corrosion properties of the devices.

This method of monitoring the open-circuit potential can also be combined with mechanical static or dynamic loading tests.

ISO 16429:2004 is applicable in particular to metallic materials which form passive layers with protective properties against corrosion, as typical for surgical implant materials.

This test method is intended for the investigation of single metallic materials or alloys. It is not applicable to dissimilar material combinations, which require particular considerations in measuring and interpreting the results.

Edition

1

Published Date

2004-07-13

Status

PUBLISHED

Pages

10

Language Detail Icon

English

Format Secure Icon

Secure PDF

Abstract

ISO 16429:2004 specifies a test method for measurements over extended time periods of the open-circuit potential of implant materials and surgically implantable devices immersed in a test environment related to body fluid, using a standard corrosion test cell to study the electrochemical corrosion properties of the devices.

This method of monitoring the open-circuit potential can also be combined with mechanical static or dynamic loading tests.

ISO 16429:2004 is applicable in particular to metallic materials which form passive layers with protective properties against corrosion, as typical for surgical implant materials.

This test method is intended for the investigation of single metallic materials or alloys. It is not applicable to dissimilar material combinations, which require particular considerations in measuring and interpreting the results.

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