Blog posts tagged with 'Resource Guide'

This infographic covers everything you need to know about the Super Air Meter (SAM) from what it is, the benefits, tips on how to use it, and more!

In part 3 of this three-part series, we’ll cover the procedure for effective particle size distribution of coarse aggregates, useful equipment and testing tips.

Concrete workability is used to describe how easily freshly mixed concrete can be mixed, placed, consolidated, and finished with minimal loss of homogeneity. Workability directly impacts the strength, quality, appearance, and cost of labor for placement and finishing operations. How can we measure workability? This blog post outlines everything you need to know about concrete workability, factors that can affect it, and helpful equipment and tests.

This blog post covers everything you need to know about the Proctor Compaction Test including history, importance, procedure, tips and more.

In part 2 of this three-part series, we’ll outline a sieve analysis of coarse aggregate including proper preparation of bulk field samples for lab testing and necessary equipment and tips.

When dry sieving isn’t sufficient for producing an acceptable degree of separation between individual fractions of a sample, it’s time to try wet sieving. This blog post covers the importance of wet sieving, when it is best used, and recommended equipment for various procedures.

Nondestructive concrete testing determines the quality and properties of hardened concrete to assess its condition and safety. Read this blog to learn about in-place and nondestructive methods and equipment used to measure concrete strength.

This blog post outlines the three main components that encompass Atterberg Limits, explains why these tests are important, and covers basic equipment used in these procedures.

In Part 1 of this thee-part series, we’ll cover sieve analysis of coarse aggregate, beginning from gathering samples at a job site, including tips and necessary equipment.

The Concrete Test Hammer is a critical part of your tool kit when assessing potential problems in concrete structures, but it can also create problems if expected to perform beyond its capabilities. This blog post outlines the proper way to use this tool for establishing strength estimates and relationships by comparison.