Cylinder Ring Carrier For Concrete Test Cylinders, 6x12in
Concrete Cylinder Mold** Carrier Ring for 6in Molds** makes moving heavy 6x12in (152x305mm) Concrete Test Cylinders and loading/unloading curing tanks a breeze. This product meets ASTM and AASHTO specifications for test cylinder molds so you know you are meeting the standards. Concrete cylinder molds are crucial in testing the compressive strength of concrete samples and ensuring accurate specimen preparation. Concrete cylinders are used to test the compressive strength of concrete samples in construction projects. Following the standard test method, such as ASTM C39/AASHTO T 22 ensures accurate and reliable strength testing. Sliding ring lifts to allow you to place the bottom pad under the cylinder, then slides down until it locks into place with a locating pin. Fits cylinders in plastic molds with lids or bare cylinders. Made of stainless steel with a rubber hand grip.
Features:
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Made of stainless steel
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Locks in place
Product Description
Concrete test cylinders are a vital tool in the construction industry to test the strength and durability of concrete in different structures. These cylinders are made from high quality materials such as smooth molded plastic or bio cylinders and are designed to withstand concrete testing. Our concrete test cylinders are weather resistant to address the common job site storage challenges due to environmental factors. Our concrete test cylinders meet the standards of ASTM C31 and AASHTO T 23 so you know you will get accurate and reliable results. Whether you are working on a large construction project or a small civil engineering job, these test cylinders are a must have to verify the quality and performance of your concrete mix.
Benefits of a Cylinder Ring Carrier for Concrete Testing
Using a cylinder ring carrier can make concrete testing more efficient and accurate. These carriers hold multiple test cylinders so you can transport and store them easily. The benefits of a cylinder ring carrier:
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Organization and Storage: Keep your test cylinders tidy and at your fingertips, no more clutter and confusion.
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Protection in Transport: Protect your test cylinders from damage while moving them from one place to another, so they stay intact and ready to test.
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Faster Handling: Simplify the process of handling and testing multiple cylinders, save time and labor.
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Less Chance of Damage or Loss: Minimize the chance of losing or damaging your test cylinders so your concrete testing runs smoothly.
By using a cylinder ring carrier you can optimize the handling and testing of concrete samples and get more accurate results.
Curing Concrete Test Specimens
Curing concrete test specimens is a crucial step to ensure the accuracy and reliability of concrete testing results. Proper curing maintains the moisture and temperature conditions for the concrete to develop its strength and durability. There are two types of curing for concrete test specimens: initial curing and final curing.
Initial curing is done in the field where the test specimens are stored in a controlled environment, protected from impact, movement and vibration. This stage is critical as it allows the concrete to go through its initial and final sets and start the strength development process through hydration.
Final curing is done in the laboratory. Here the test specimens are stored under consistent moisture and temperature conditions to provide optimal conditions for the concrete to reach its maximum strength and durability. This stage ensures the concrete develops the properties required by the project specifications.
Follow the standard test method for curing concrete test specimens as per ASTM C31 / AASHTO T 23. This standard outlines the procedures for making and curing concrete test specimens in field and laboratory.
Concrete Test Cylinder Details
Concrete test cylinders are used to test the strength and durability of concrete in construction projects. The details of these cylinders are as per ASTM C31 / AASHTO T 23 which covers the procedures for making and curing concrete test specimens in field and laboratory.
Concrete test cylinders are usually 4 inches in diameter by 8 inches in height or 6 inches by 12 inches depending on the project requirements. The length to diameter ratio of these cylinders must be 2:1 and the diameter must be three times the maximum nominal size of the coarse aggregate in the concrete mix.
These test cylinders must be made from a sample of fresh concrete and molded and cured as per standard test method. They must be stored in a controlled environment, protected from impact, movement and vibration so they remain intact and undamaged. Proper handling and transportation is critical to prevent any damage that can affect the test results.
By following these specifications and standards you can get reliable and accurate test results and contribute to the quality and durability of concrete structures.
Handling and Storing Concrete Samples
Handling and storing concrete samples is a critical step in ensuring the accuracy and reliability of concrete testing results. Proper handling prevents damage, contamination, and exposure to extreme temperatures, which can compromise the integrity of the samples.
Concrete samples must be stored in a controlled environment, such as a laboratory or a designated storage area, to maintain consistent temperature and humidity conditions. This controlled environment helps in preserving the samples’ properties until they are ready for testing. It’s essential to keep the samples away from direct sunlight, moisture, and vibrations to prevent any degradation or damage.
Additionally, clear labeling and identification of each sample, including the date, time, and location of sampling, are crucial for accurate tracking and testing. Properly labeled samples ensure that the testing process is organized and that the results are reliable and traceable.
Quality Control and Acceptance Testing
Quality control and acceptance testing are crucial steps in ensuring the quality and durability of concrete structures. Concrete test cylinders play a vital role in this process by determining the compressive strength of concrete, a critical parameter in evaluating its quality and durability.
Acceptance testing involves comparing the test results with the specified requirements to determine whether the concrete meets the project’s standards. This comparison helps in verifying that the concrete mix used in the construction meets the necessary strength and performance criteria.
Implementing a robust quality control and acceptance testing program involves regular testing and inspection. These measures help identify potential issues early on, allowing for corrective actions to be taken before they become significant problems. By ensuring that the concrete used in their projects meets the required standards, construction professionals can reduce the risk of structural failure and ensure the safety and durability of the structure.
In summary, a comprehensive quality control and acceptance testing program is essential for maintaining the integrity and longevity of concrete structures. By using test cylinders and adhering to industry standards, construction professionals can achieve reliable and accurate test results, contributing to the overall success of their projects.
Features and Applications of Test Cylinder Molds
Our concrete test cylinders and cylinder ring carriers have the following features and applications:
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High Quality Materials: Made from smooth molded plastic or bio-cylinders for durability and longevity.
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Standards Compliance: Meets ASTM C31 and AASHTO T 23 standards for accurate and consistent results.
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Multiple Testing Applications: Compressive strength testing, unit weight tests, and other concrete testing.
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Wide Range of Industries: Construction, civil engineering, materials science and more.
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Works with Various Concrete Mixes: Fresh concrete and cured concrete specimens, versatile for all testing needs.
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Field and Standard Curing: For field cured cylinders and standard cured cylinders, full range of testing.
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Works with Testing Equipment: Water storage tanks and other concrete testing equipment.
Use our concrete test cylinders and cylinder ring carriers to make sure your concrete meets the strength and durability standards and is built to last. These are must have for concrete in any project.
