ASTM C183
Full Name
ASTM C183 – Standard Practice for Sampling and the Amount of Testing of Hydraulic Cement
Scope
ASTM C183 outlines the procedures for:
- Sampling: obtaining representative samples of hydraulic cement from various sources, including conveyors, bulk storage, bags, and bins. The standard specifies the frequency and size of samples to be taken, depending on the quantity of cement being sampled and the type of sampling method used.
- Amount of testing: determining the appropriate number of tests to be performed on the sampled cement. The standard provides guidance on establishing a quality history, using control charts, and selecting the number of samples for various tests, such as chemical analysis, physical properties, and strength.
The standard applies to hydraulic cement that has been manufactured and is ready for sale. It covers different types of hydraulic cement, including Portland cement, blended hydraulic cement, masonry cement, and natural cement.
However, the standard does not cover:
- Sampling and testing of hydraulic cement during the manufacturing process: this is covered in separate standards, such as ASTM C1005.
- Test methods for hydraulic cement: specific test methods are covered in other ASTM standards, such as ASTM C114, C150, and C185.
- Safety precautions: users are responsible for establishing appropriate safety and health practices when implementing the standard.
In summary, ASTM C183 provides a standardized approach for sampling and determining the amount of testing required for hydraulic cement, ensuring that the cement’s quality and properties are accurately assessed before it is sold and used in construction projects.
ASTM C183 Accredited Laboratory
Applied Testing & Geosciences, LLC is accredited for performing tests using the ASTM C183 standard.
Contact us today to learn more about our testing capabilities and how we can support your business.
Resources
Keywords
sampling; hydraulic cement; test sample; lot; quality history; control chart; grab sample; composite sample; subsampling