Avoid the headache and worry of moisture related delays and expenses!
Defining relative humidity levels in concrete slabs using in situ probes prior to installation helps to identify potential moisture related problems. The in situ test method using probes to determine relative humidity in concrete floor slabs outlined in ASTM F2170 is now widely used. In-situ concrete moisture testing provides an accurate representation of a slab’s moisture condition throughout the slab’s full depth. The re-usability and verification ability of in situ probes help technicians deliver precise results, in accordance with industry standards.
Avoid the headache and worry of workplace slip, trip and fall incidents!
Defining the slip resistance potential of flooring surfaces helps to identify and remedy problem areas before an incident occurs. The in situ test method for measuring Wet Dynamic Coefficient of Friction of common hard-surface floor materials outlined in ANSI B101.3 is now widely used. Wet Dynamic Coefficient of Friction testing provides an accurate representation of the slip resistance potential of common hard-surface floor materials, including action and limit thresholds. The re-usability and verification ability of approved tribometers help technicians deliver precise results, in accordance with industry standards.
Diverse Expertise for Public Safety
A broad and unique range of experience as a licensed civil engineer, snow removal contractor, and specialty paving contractor distinctively qualifies Scott Moore as an expert witness to analyze your case and provide a thorough Forensic analysis. Considering the unique facts of each case on an individual basis, Mr. Moore is ethically and professionally motivated to apply his knowledge and skills to the advancement and betterment of human welfare in humility and with a need for Divine Guidance. If our expertise does not cover your specific situation, we unreservedly recommend quality experts more precisely skilled in fitting your need.