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Have questions about your materials testing equipment? We have the answers to these questions and much more right here! Check back monthly for long-form blog posts, how-to guides and infographics. We’ll address industry insights, the operation and maintenance of specific equipment, and our product line recommendations, all designed to better serve you.
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In this blog post we discuss why it is important to perform strength tests of soil subgrades for pavement design, and also review what is needed for each type of test method whether it be in the lab or out in the field including the DCP test.
Measuring the particle size distribution of fine-grained soils like clay and silt is best performed using the soil hydrometer test. In this blog post, we provide some guidance from sample prepping to performing the test procedure by following the ASTM D7928 standard test method.
Test sieves are an efficient, productive, and economical means of characterizing the gradation of dry granular materials. However, the sieving method is not without limitations. If obstacles seem to be making it difficult to produce accurate, repeatable results for finer sizes, Sonic Sieving may be the answer.
Testing for air content is always recommended to profile characteristics of the admixtures in concrete. In this blog, we discuss what, why, and how to perform such test methods for concrete air testing.
Maximum strength with minimum deformation. Get an in-depth look at how the Marshall method is used to attain optimum asphalt content.
Superpave’s origins came from simple questions that ballooned into complex, numerous offshoots as time passed and funding permitted. In this blog post, we discuss the impact of Superpave from the perspective of mix design, construction materials testing, and equipment for the lab.
A multilayer asphalt design must perform as a single unit to withstand heavy traffic loads. In our latest blog, we’re taking a look at how asphalt tack coat is used to strengthen pavements, and how shear strength is tested to ensure optimal performance.
Sieving for particle size distribution is the primary test requested for construction aggregate samples. Whether field samples are being tested to evaluate a new aggregate source or just coming in as part of day-to-day quality control of production, particle size distribution is a primary consideration. If processing and sieving is not handled efficiently, it creates a backlog.
When designing concrete mixes, fineness modulus of the fine aggregate alone is required for effective proportioning of mixes. This blog post explores the process of determining and calculating fineness modulus, and how to accordingly select proportions of coarse aggregate.
The Gray Pages: the how and why of test methods and a guide to performing concrete and aggregate tests efficiently while complying with requirements within the standards.
