Soil Compaction Test Report

Ensuring a stable foundation is crucial for any construction project, and soil compaction testing plays a key role in achieving this. Our Soil Compaction Test Report provides detailed insights into soil density and moisture content, helping engineers and contractors determine whether the ground is adequately compacted to support structures, roads, or other developments.

Why Soil Compaction Testing Matters

Properly compacted soil prevents settlement issues, enhances load-bearing capacity, and reduces the risk of structural failure. Our tests help verify that the soil meets the required compaction standards, ensuring long-term stability and compliance with engineering specifications.

What Our Report Includes:

✔ Moisture-Density Relationship – Proctor test results to establish optimal compaction levels.
✔ Field Density Tests – In-situ density and moisture content using nuclear gauge methods.
✔ Compaction Percentage – Comparison of field results with laboratory standards.
✔ Compliance & Recommendations – Evaluation against project requirements and expert recommendations.

Reliable Testing, Accurate Results

Our team of geotechnical experts uses state-of-the-art equipment and industry-standard methodologies to provide fast, accurate, and reliable results. Whether for residential, commercial, or infrastructure projects, our soil compaction test report ensures your construction begins on solid ground.

Need a soil compaction test? Contact us today to schedule a site assessment!

What is soil compaction testing?

Soil compaction happens when soil particles are pressed together, reducing pore space between them. Heavily compacted soils contain few large pores, less total pore volume, and a greater density. 

In the construction of high load structures such as dams, paved roadways, and construction projects that rely on the stability of embankments; soil compaction is used to increase soil strength.

Loose soil can be compacted by using mechanical equipment to remove air-voids, thereby densifying the soil and increasing its dry unit weight. 

There are a variety of different benefits to soil compaction, including: prevention of soil settlement and frost damage, increased ground stability, reduced hydraulic conductivity and mitigating undesirable settlement of structures, such as paved roads, foundations and piping.

Below you will find a few different examples of how a soil compaction test can be performed.

Standard Proctor Soil Compaction Test Report

Standard Proctor Compaction Testing can be performed in a lab. The testing first determines the maximum density achievable for the soil and uses it as a reference for field testing.

It also is effective for testing the effects of moisture on the soil’s density. For soil with higher densities, a Modified Proctor Compaction Test which uses higher values will be necessary. Remember geo services for best soil compaction test report in Melbourne.

Field Tests for Soil Compaction Density: 

Field Tests are performed on-site and are necessary to determine if the compaction density is being reached.

There are several different types of field tests, each with advantages and disadvantages. New methods are also being developed to increase accuracy and limit the chance of errors.

Geo services provides the best and high quality soil compaction test report services with effective and affordable price in all popular suburbs in Melbourne, Australia.