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What is the use of material testing?

Material testing is the process of evaluating a material’s properties and performance. You can do this through various methods, including physical testing, chemical analysis, hazardous materials tests, and mechanical testing. 

By understanding a test material’s properties, construction engineers and designers can align with materials testing consultants and select the best material for a given application, ensure that the material meets performance requirements, and troubleshoot any issues that may arise. Material testing can also help to improve the quality and reliability of structures developed from these materials.

What is material testing for construction? 

Different materials have varying levels of durability and resistance to other environmental factors, so it is essential to know what to expect from each type before you make a design decision. Additionally, materials testing methods can vary, so it is vital to be familiar with the most common types of material testing to ensure that the materials you select are suitable for a given construction process.

For example, you can use construction materials testing to determine a substance’s compressive strength, tensile strength, impact resistance, and weathering resistance. Additionally, you can test construction materials for density, thermal conductivity, and thermal expansion.

How is material testing used in the field or on a construction site? 

Testing the material in the field is critical to ensure that the material will hold up in the environment that it will be used. The material will be subjected to different weather conditions and tested to see if it can withstand the wear and tear of the job site. Field technicians will also test the material to see if it is resistant to fire and other possible hazards.

How is material testing used in a laboratory environment? 

Lab testing construction materials is an integral part of ensuring the quality and durability of buildings. By choosing suitable materials and testing them thoroughly, we can create safe, healthy, and efficient structures. In addition, laboratories typically offer more advanced testing methods to determine construction materials’ properties. 

Standard laboratory tests recommended by the American Society for Testing and Materials include destructive and non-destructive tests, weathering simulations, particle analysis, and more granular testing methods that field testing can’t always encompass. 

ForneyVault offers robust material testing tools for the construction industry. 

If you’re ready to learn more about the value of accurate, efficient material testing for your construction projects, contact ForneyVault today. With one platform, you can access all of your pertinent CMT data, quickly log results, and mitigate the risk of human error during data entry or interpretation. Connect your machines, automate your workflow, and see how ForneyVault can help you reshape your existing testing processes.

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