PCTS offer Impact Echo Thickness Certification, an acoustic non-destructive test method used to assess the dimensions and integrity of concrete and masonry.
PCTS measure the potential of an embedded reinforcing bar relative to a reference half-cell placed on the concrete surface.
PCTS use Proceq Schmidt Hammers to measure the rebound value of a test impact on a structural member. PCTS can quickly and easily determine the compressive strength of hardened concrete and other construction materials.
CTS offer Ultrasonic certification. UPE is a method for non-destructive evaluation of concrete. The output from the MIRA UPE testing equipment is shown on screen immediately after testing for on-site flaw detection.
PCTS - Experienced technicians, reliable results! We offer the very best value service when it comes to non-destructive testing.
Perth Concrete Testing Services (PCTS)
CTS offer Ultrasonic certification. UPE is a method for non-destructive evaluation of concrete. The output from the MIRA UPE testing equipment is shown on screen immediately after testing for on-site flaw detection.
CTS Technicians are available to:
Locate voids, honeycombing, hollow conduits, poorly grouted prestressing ducts, poor quality construction joints, poorly bonded repairs & cracking concrete.
PCTS offer Reinforcement Mapping and Cover Certification.
PCTS use Ground Penetrating Radar technology to determine concrete cover as well as locate embedded reinforcement steel.
PCTS offer sub-surface imaging and reinforcement mapping on- site and in the form of a test certificate.
PCTS carry out Electrical Resistivity Testing using the Wenner Four Point Probe to assess the quality / uniformity of concrete at various depths.
PCTS offer IR certification, a method of non-destructive evaluation of concrete based on the use of impact-generated stress (sound) waves that propagate through the structure and are reflected by internal flaws and external surfaces.
PCTS use Ultrasonic Pulse Velocity technology to measure the transit time of a pulse between transducers placed on the surface of a body of concrete.
The pulse velocity is then calculated using the measured path length through the concrete.
