CMU or “BlockWall”  IR Scans

Thermal Image-Block wall infrared scan Mirowski Industrial Infrared Inspections Springfield MO (3)You might think that the only way you can know whether the grouted cells, bond beams, insulation and other components of a Concrete Masonry Unit (CMU) wall are properly placed, is to open the wall with hammer or drill, where the grout or insulation is supposed to be and see if it is there.

There is a method that is accurate, non-destructive and inexpensive. This is the way to see the grouted cells in the entire wall section. Block Wall infrared inspections can be performed at any time during the construction process without interrupting any other trades or affecting the progress of the rest of the building.

Structural problems in a CMU building are a real problem. If the wall receives a trauma like a hurricane force wind or tornado and customers or workers inside the building are hurt, the legal ramifications can be devastating. A forensic examination of a block wall laid on the ground post-event will most likely reveal some structural deficiencies. The building owner, architect, structural engineer, general contractor and masonry contractor can and probably will be accountable if and when these deficiencies are documented.

However, two benefits arise from having a Block Wall infrared inspection test performed on your newly constructed CMU walls. First, a documented record of the grouted cells and other structural components (in-situ) is created. Secondly, when and if deficiencies are found, a report can be generated so that corrections can be made with surgical precision.

Level II Thermographer

Steve Mirowski is a Level II Thermographer.  Hiring a Level II Thermographer and an infrared scan helps our customers gain advanced theory and applications of infrared thermography in the preventive maintenance, quality assurance, condition monitoring and nondestructive testing of materials.  Level II focuses on radiometric temperature measurement and how taking accurate temperatures improves the diagnosis and interpretation of thermal situations.