ASTM B287 PDF

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Find the most up-to-date version of ASTM B at Engineering Society for testing and Materials (ASTM). The symbol % as used in .. ASTM B () *) Method of acetic acid-salt spray (fog) testing. ASTM B *). Buy ASTM B 74(R) METHOD OF ACETIC ACID – SALT SPRAY (FOG) TESTING from SAI Global.

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Test specimens are placed in an enclosed chamber, and exposed to a changing climate that aatm of the following 2 part repeating cycle. This is followed by 1. A long standing use of salt spray testing is metal qualification, different metals degrade at varying rates when exposed to corrosive environments.

This is followed by 2. Both are excellent browsers. Exfoliation testing determines the rate at which corrosion products form and fall away from the body of the test sample. Test Conditions ASTM G85 annex A1 — acetic acid salt spray test, continuous Test specimens are placed in an enclosed chamber and exposed to a continuous indirect spray of acidified pH 3. This is followed by aatm.

Though believed to be accurate at the time of writing, this may change over time.

Can be used to test the relative resistance to corrosion of decorative chromium plating on steel and zinc based die castings, when exposed to an acetic acid salt spray climate at an elevated temperature.

The second climate cycle comprises of 0. ASTM G85 annex A3 — seawater acidified test, cyclic Test specimens are placed in an enclosed chamber, and exposed to a changing climate that comprises of the following 2 part repeating cycle.

Salt mist cyclic sodium chloride solution. This is considered an out of date browser. In either case, the exposure to salt spray may be salt water spray or synthetic sea water spray.

This test was developed by F.

ASTM B – 74 Method of Acetic Acid-Salt Spray (Fog) Testing (Withdrawn )

Test specimens are placed in an enclosed chamber, and exposed to 1 of 2 possible changing climate cycles. Contact Ascott for Further Information. ASTM G85 annex A3 – seawater acidified test, cyclic Can be used to test the relative resistance to corrosion of coated or uncoated aluminium alloys and other metals, when exposed to an changing climate of acidified synthetic seawater spray, followed by a high humidity, both at an elevated temperature.

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There are a number of international test standards available that describe various methods of salt spray, fog, or dry corrosion tests in detail. The number of cycle repeats and therefore the test duration is variable.

Which one you apply will depend mainly upon your products application. Test specimens are placed in an enclosed chamber and exposed to a continuous indirect spray of acidified pH 3. Asstm test was developed for exfoliation testing on certain aluminum alloys.

Website design by Peter Bourne Communications. Sometimes referred to as salt fog, or corrosive atmosphere testing salt spray testing encompasses a wide variety of test standards and methods, depending upon product application.

So this information should not be used as a substitute for referring to a complete test standard, at an appropriate revision level. This website has been developed with modern browsers in mind to allow it to display at its best in a wide variety of viewing situations – including mobile viewing.

Please note The test standard summaries are for general guidance only. Salt spray testing is conducted to determine the products resistance to corrosion, it is often conducted at the product level to provide quick feedback to the development team on coatings, enclosures and connectors.

Test specimens are placed in an enclosed chamber, and exposed to a changing climate that comprises of the following 3 part repeating cycle. ASTM G85 annex A2 — cyclic acidified salt spray test Test specimens are placed in an enclosed chamber, and exposed to a changing climate that comprises of the following 3 part repeating cycle. Can be used to test the relative resistance to corrosion of aluminium alloys when exposed to a changing climate of acetic acid salt spray, followed by air drying, followed by high humidity, all at an elevated temperature.

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ASTM G85 annex A2 – cyclic acidified salt spray test Can be used to test the relative resistance to corrosion of aluminium alloys when exposed to a changing climate of acetic acid salt spray, followed by air drying, followed by high humidity, all at an elevated temperature. This is followed by 3. These modifications are referred to in ASTM G85 as annexes A1 qstm A5 and are applicable to ferrous and nonferrous metals, and also to organic and inorganic coatings.

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Salt spray tests and its use in ranking stainless steel.

These tests have evolved to address the need for a corrosion test capable of replicating the effects of naturally occurring corrosion and accelerate these effects. Can be used to test the relative resistance to corrosion of coated or uncoated aluminium alloys and other metals, when exposed to an changing climate of acidified synthetic seawater spray, followed by a high humidity, both at an elevated temperature. The most appropriate test cycle and spray solutions are to be agreed between purchaser and seller.

Typical Applications ASTM G85 annex A1 – acetic acid salt spray test, continuous Can be used to test the relative resistance to corrosion of decorative chromium plating on steel and zinc based die castings, when exposed to an acetic acid salt spray climate at an elevated temperature. ASTM G85 annex A4 — Sulphur dioxide SO2 salt spray test, cyclic Test specimens are placed in an enclosed chamber, and exposed to 1 of 2 possible changing climate cycles.

The International Stainless Steel Forum provides an in-depth article on the use of salt spray testing for stainless steel, you can find the article here: This acceleration arises through the use of chemically altered salt spray solutions, often combined with other test climates and in most cases, the relatively rapid cycling of these test climates over time.

This climate is maintained under constant steady state conditions. The test duration is variable. This test was originally published as ASTM G43, and is used to determine corrosion resistance in a severe marine atmosphere. In this context they can be considered to be equivalent and interchangeable terms. But we haven’t supported older browsers like IE8. You need to upgrade your browser You are using Internet Explorer 8 This is considered an out of date browser.