A certified team of inspectors protecting quality at every stage.

We handle on-site inspections of structural materials and installations, including concrete, reinforcing steel, masonry, structural steel, bolting, welding, and fireproofing, and oversee Non-Destructive Testing (NDT) as required by code. Our team checks that all work aligns with plans, specifications, and building codes, so your project stays on track and is completed with confidence.

Accurate testing to keep your project on track.

Our team delivers timely, reliable field and lab tests to ensure soils, concrete, asphalt, masonry, and other materials meet both project and industry standards. Using calibrated equipment and proven methods, we provide clear results so your team can make decisions quickly.

Get a closer look without slowing down your project.

When you need extra verification, we use nondestructive testing methods, such as ultrasonic testing, penetrant dye testing, magnetic particle testing, X-ray testing, and ground-penetrating radar (GPR) to inspect the interior of existing concrete. These tools help us check material integrity, spot issues early, and support your structure’s long-term performance, all without harming the work already done.

Materials Testing Services

Our team can perform testing to verify that your structural high-strength grout meets project specifications and building codes, keeping your project on track and structurally sound.

Structural concrete testing ensures that the concrete used in your project will stand the test of time. Our team has a variety of methods to ensure that your project is compliant with all applicable standards.

Pre-stressed concrete can allow you to build longer spans with thinner sections. It is also less prone to cracks and has improved load-bearing capacity compared to regular concrete. We can perform tests on pre-stressed concrete to ensure it meets required standards for bonding, tensile strength, and compression.

Our team can perform timely, reliable field and lab tests to ensure soils meet the needs of your project as well as local and industry requirements. We use calibrated equipment and proven methods to provide clear results, so you can ensure the soil you’re building on meets your project’s requirements.

Understanding the properties of aggregates will ensure that the materials you’re using can withstand factors such as environmental conditions and traffic loads and avoid issues such as pavement failure or cracking. Our team uses the latest equipment and methods to gather the information you need for a successful project.

Nuclear density testing is a non-destructive testing method that gives you quick, real-time insight into the conditions of soil, asphalt, and other materials, so you can fully understand the conditions of materials before construction begins.

Ensuring your aggregates are the correct grade is critical for safety and to ensure the longevity of your project. We use this test to ensure the particle size of aggregates comply with specification requirements applicable to your project.

When building on soil, it’s important to know how well compacted it is to ensure that your structure is stable and safe. Our soil proctor tests let you know how much to compact your soil and what the target density for your project should be, so you can proceed with confidence.

Special Inspection Services

Our team can verify that structural steel connections and bolting meet building code requirements before they become part of the finished structure. We will verify that the correct components were used and that they comply with the approved structural drawings, ensuring that your structure was constructed correctly and that it complies with local codes.

Rebar inspections ensure the structural integrity of your building. Our experts will ensure the proper spacing and installation of the rebar, as well as identify potential hazards before they become serious problems.

Structural masonry can offer many advantages, such as increased thermal mass and resistance to fire and projectiles, but it is also sensitive to extreme temperature fluctuations, horizontal force, and prone to crack if soils aren’t properly compacted. Our team regularly assesses masonry walls, beams, and columns to ensure proper alignment and placement of enforcements.

Post-tension slabs can withstand impressive amounts of weight, but proper inspections are essential to avoid failure down the line. We use a variety of testing tools to check the integrity of these materials and spot issues early before they cause bigger problems down the line, ensuring your structure’s long-term performance.

Our qualified welding inspectors can inspect the material, details of construction, and workmanship of the welds in your project. Our team will also verify that all welding is in accordance with applicable requirements and your project’s plans and specifications.

Fireproofing is required by code in order to obtain a certificate of occupancy for your building. Our inspectors will look for potential failures and ensure that your fireproofing meets industry standards.

When removing a portion of a masonry structure for testing isn’t possible due to age, aesthetics, or fragility, our team can perform in-place masonry using reliable testing methods to give you accurate insight into the state of your masonry structures.

Concrete masonry units are a durable and fire-resistant building material. Our testing methods will ensure that CMUs comply with your project’s specifications and requirements.

Non-destructive testing is ideal when you want to inspect a material without causing any damage to the material or structure. We use the latest methods and technology to give you a look at the condition of your building materials while leaving your structure intact.

Inspecting epoxy-coated reinforcements before placement is critical to catch issues before they become a permanent part of your structure. Our inspectors can ensure that reinforcements are compliant with applicable building codes and your project’s contract documents.

Pull testing can help accurately determine the holding power of a structure, ensuring it can stand up to forces like wind, and that installed anchors in your structure can meet their design load. It also helps ensure that you structural systems can safely stand up to real-world loads.