Search
×
FR

Placeholder headline

This is just a placeholder headline

API Technical Report TDB-6 Chapter 6 – Density

$

204

BUY NOW

Placeholder headline

This is just a placeholder headline

API STD 560: Fired Heaters for General Refinery Services

$

721

BUY NOW

Placeholder headline

This is just a placeholder headline

API STD 64: Diverter Equipment Systems

$

324

BUY NOW

Placeholder headline

This is just a placeholder headline

API MPMS CH 17.10.1: Refrigerated Light Hydrocarbon Fluids – Measurement of Cargoes on Board LNG Carries

$

417

BUY NOW

Placeholder headline

This is just a placeholder headline

API RP 13B-1: Testing Water-based Drilling Fluids

$

418

BUY NOW

Placeholder headline

This is just a placeholder headline

API Technical Report TDB-12 Chapter 12 – Thermal Conductivity

$

214

BUY NOW

Placeholder headline

This is just a placeholder headline

API 16FI Frac Iron Guidelines and Requirements

$

129

BUY NOW

ISO 8057:2024

ISO 8057:2024 Determination of galvanic corrosion rate for assembled forms of carbon fibre reinforced plastics (CFRPs) and protection-coated metal – Electrochemical tests in neutral sodium chloride solution

CDN $173.00

Description

This document specifies the electrochemical test for determining galvanic corrosion rate of CFRPs and metal assemblies with protection-coating, subjected to the corrosive environment of electrolyte diffusion through the coating. It specifies the apparatus, the test solutions, and the procedure to be used in conducting the electrochemical tests for

a)¬†¬†¬†¬†¬†¬† the assessment of the Fick’s diffusion parameter for protective coating on metallic materials, and

b)       the estimation of the galvanic corrosion rates with the conversion of ISO 21746 coating-free sample data.

The following are intended situations of implementing an electrochemical test based on this document:

a)       when interested parties estimate the galvanic corrosion rate of bonded joints relating engineering metals with protection-coating and CFRPs of the potential drastically nobler than those of most metals, utilizing the resources of ISO 17475;

b)       when expanding CFRP-metal bonded joints applications using coatings to the fields of corrosion-sensitive environments caused by electrolytes.

It is not the intent of this document to fulfil the need for:

     omitting relevant field tests for the applications in corrosive environment;

     superimposing test data for specific applications for the range of relevant data;

     comparative testing as a means of ranking different protections with respect to corrosion rates;

     ignoring the field hazards such as erosion, abrasion, and ultraviolet irradiation.

Edition

1

Published Date

2024-01-26

Status

PUBLISHED

Pages

14

Language Detail Icon

English

Format Secure Icon

Secure PDF

Abstract

This document specifies the electrochemical test for determining galvanic corrosion rate of CFRPs and metal assemblies with protection-coating, subjected to the corrosive environment of electrolyte diffusion through the coating. It specifies the apparatus, the test solutions, and the procedure to be used in conducting the electrochemical tests for

a)       the assessment of the Fick's diffusion parameter for protective coating on metallic materials, and

b)       the estimation of the galvanic corrosion rates with the conversion of ISO 21746 coating-free sample data.

The following are intended situations of implementing an electrochemical test based on this document:

a)       when interested parties estimate the galvanic corrosion rate of bonded joints relating engineering metals with protection-coating and CFRPs of the potential drastically nobler than those of most metals, utilizing the resources of ISO 17475;

b)       when expanding CFRP-metal bonded joints applications using coatings to the fields of corrosion-sensitive environments caused by electrolytes.

It is not the intent of this document to fulfil the need for:

-     omitting relevant field tests for the applications in corrosive environment;

-     superimposing test data for specific applications for the range of relevant data;

-     comparative testing as a means of ranking different protections with respect to corrosion rates;

-     ignoring the field hazards such as erosion, abrasion, and ultraviolet irradiation.

Previous Editions

Can’t find what you are looking for?

Please contact us at: