AS 1012.20-1992
AvailableSuperseded
An Available Superseded Standard is one, which has been made available for a period of time although it has been formally superseded by another Standard. Its availability is maintained where it is referenced in legislation/regulations or in other Standards and its use should be restricted to where so referenced. No responsibility is taken by Intertek Inform as to the ongoing technical validity of such a Standard, the responsibility resting with the referencing authority.
Methods of testing concrete Determination of chloride and sulfate in hardened concrete and concrete aggregates
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English
06-15-1992
Sets out a separate solution method which can be used in aggregate or concrete laboratories to indicate whether chlorides or sulfates are present over a threshold detectable quantity.
Committee |
BD/42
|
DocumentType |
Standard
|
ISBN |
0 7262 7379 1
|
Pages |
4
|
PublisherName |
Standards Australia
|
Status |
AvailableSuperseded
|
SupersededBy | |
Supersedes | |
UnderRevision |
This Standard sets out a method for the determination of chloride content and sulfate content (including easily oxidizable sulfide content) of concrete and concrete aggregates. The solutions obtained from the sample may also be used to determine the acidûsoluble calcium oxide content of these materials. The method of solution will react with and dissolve any easily oxidizable sulfides which are present and these will be reported as sulfate. Such sulfides have been shown to be deleterious to concrete and the method provides an approach to limiting their inclusion in concrete and concrete aggregates. For compliance with the relevant requirements specified in AS 3600, additional tests and calculations may be required.NOTES:Separate test methods are available for the analysis of the other concreteûmaking materials, e.g. cementious materials, admixtures, water.Gross variations in the chloride and sulfate contents of concrete and concreteûmaking materials can occur over distances of even a few millimetres. This can be caused, for example, by leaching with rainwater, surface evaporation and crusting and penetration of salt and ground waters. Sampling technique is of prime importance. As the effect of the use of water during coring, especially small diameter cores, can be significant, the amount of water used should be restricted.
First published as AS 1012.20-1992.
AS 1152-1993 | Specification for test sieves |
AS 3600-2001 | Concrete structures |
AS 3600-1994 | Concrete structures |
AS 1012.14-1991 | Methods of testing concrete Method for securing and testing cores from hardened concrete for compressive strength |
AS 1281-2001 | Cement mortar lining of steel pipes and fittings (Reconfirmed 2018) |
AS 5100.5-2004 | Bridge design Concrete |
AS 2832.5-2002 | Cathodic protection of metals - Steel in concrete structures |
AS 1597.2-2013 | Precast reinforced concrete box culverts Large culverts (exceeding 1200 mm span or 1200 mm height and up to and including 4200 mm span and 4200 mm height) |
AS 4722-2009 | Passenger ropeways and passenger conveyors |
AS 3600-1994 | Concrete structures |
AS 2159-2009 | Piling - Design and installation |
AS 2758.1-1998 | Aggregates and rock for engineering purposes - Concrete aggregates |
AS 1379-2007 | Specification and supply of concrete (Reconfirmed 2017) |
AS/NZS 2041.2:2011 | Buried corrugated metal structures Installation |
AS 1141.60.2:2014 | Methods for sampling and testing aggregates Potential alkali-silica reactivity - Concrete prism method |
AS 3648-1993 | Specification and methods of test for packaged concrete mixes |
AS 1379-1997 | Specification and supply of concrete |
AS/NZS 1516:1994 | The cement mortar lining of pipelines in situ (Reconfirmed 2020) |
AS 2832.5-2008 | Cathodic protection of metals Steel in concrete structures |
AS 1281-1993 | Cement mortar lining of steel pipes and fittings |
AS 3850-2003 | Tilt-up concrete construction |
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