By concrete maturity, you refer to a method of estimating the compressive strength. In other words, it indicates how far the curing process of the concrete has gone. The maturity is an index value and shows the relation between the temperature of the concrete, the time passed and the strength that has been gained.
How to do maturity testing of concrete
The testing of concrete maturity can be done on-site and can be executed without any laboratory equipment or test samples of the concrete. And you can measure in real time. This makes it much easier to predict when the concrete is fully cured, and you can proceed with the project.
Read more: Concrete slump test.
There are many benefits of testing concrete maturity, for example:
- You can increase the safety on-site by predicting how long it will take for it to cure. In this way, you won't risk any accident because of wrong calculations made before.
- You can save money in the way of knowing when you will need workers. This means largely reducing the risk of calling in staff and having to pay them when the concrete has not cured enough for them to be able to continue their work.
- You can optimize your whole project by scheduling it after the real time updates on your concrete curing process.
- You can test the strength of the concrete at a time of your choosing and get an answer immediately instead of waiting for a test result from a concrete cube test or a laboratory.
Here are some examples of different constructions when you would benefit from doing a concrete maturity test:
Reading tips: What are concrete slabs, concrete vs cement and setting time for concrete.
The concrete maturity method is in widespread use across Europe. Rather than having individual standards, countries in the European Union adhere to three EU-wide maturity standards:
- Alabama
- Kentucky
- New Mexico
- Texas
- Arizona
- Louisiana
- North Carolina
- Utah
- Colorado
- Maine
- North Dakota
- Virginia
- Delaware
- Michigan
- Ohio
- Washington
- Florida
- Minnesota
- Oklahoma
- West Virginia
- Idaho
- Mississippi
- Oregon
- Wisconsin
- Indiana
- Missouri
- Pennsylvania
- Iowa
- Montana
- Rhode Island
- Kansas
- Nebraska
- South Dakota
The concrete maturity method is not yet standardized in all countries. We recommend consulting with local governing bodies if your country is not listed above, to find out whether your region is currently developing a standard for the maturity method.
With ConcreteDNA, Converge helps you to build faster. In fact, up to 30% faster! With our product, you get live data of the curing process. You can see this from any device with our wireless sensors.
ConcreteDNA will help you save both money and time on your building projects. You can save time with the predictions of when the curing will be done, because you won't have to hire staff on the weekends that stand with nothing to do due to wrong calculations. You will save time by planning ahead and have the right people, at the right scene, at the right time.
Use our AI powered concrete sensors to maintain quality whilst saving time & money.
Learn more about Converge Signal.
Reading tip: What concrete is made of.
Concrete maturity is a method where you can estimate the compressive strength of concrete. It indicates how far the curing process of the concrete has gone and is an index value and shows the relation between the temperature of the concrete, the time passed and the strength that has been gained during that period of time.
By doing maturity tests on the concrete, you can both increase the safety on-site and improve the projects with the information the tests give you.
No, it does not. Both the cube test and the measuring of concrete maturity shows the compressive strength, but the cube test shows results only after the test and the measuring of the maturity gives uninterrupted information when needed.
Webinar on Demand: 'Benefits and challengeS of the maturity method'. Watch this educational webinar, presented by Converge in partnership with Construction News, and discover how technology is supporting the construction industry to build more efficiently and sustainably, with real-time in-situ concrete strength data.
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