Quick, Reliable, Durable & Proven Design. It is virtually foolproof and indestructible. Seal off one end of the suspect tube(s) with either a rubber tube plug or the T-Handle with an attached nozzle; then insert the Vacuum Leak Detector into tube to be tested and depress the trigger, a loss of vacuum indicates a leaking tube. It has a filter system to prevent debris inside the tube from clogging the tool.

The Falcon S Series is a tank floor scanner based on Saturation Low Frequency Eddy Current Technique. It scans tank floors by saturating the floor plates with an electromagnet and then using Eddy Current to detect defects in the plate as it scans over it. With this technique we are able to detect pits, holes, cracking, and wall loss while differentiating the orientation of the flaw depending on if it is a top side or bottom side flaw. The highly sensitive nature of eddy current allows the scanner to detect and size top side and bottom side pitting, and localized wall loss. Additionally, The Falcon S Series can detect cracks. Falcon S Series to scan through non-metallic coatings of up to . in. (mm)

Low Frequency Electromagnetic Technique (LFET) are used to inspect storage tanks, other convex or concave ferrous surfaces, as well as nonferrous metal tubing/piping surfaces. It is used for detecting wall thickness changes in carbon steel storage tank floor plates. Low Frequency Electromagnetic Technique (LFET) products does not use permanent magnets, so are lightweight (under lbs) and are is easy to handle and transport.LFET-based tests require minimal floor preparation; it tests through coatings and determines top surface flaws from bottom surface flaws.

It s very accurate. Wall thickness measurements can be made, with the use of a MHz-focused transducer, to an accuracy of within .mm. IRIS is an ultrasonic based system for inspecting ferrous and nonferrous tubes from the inside. It is applied on almost any material. With the IRIS, accurate thickness measurementscan be taken at any location along the tube, so small changes in thickness are measurable and the exact location of pitting and corrosion can be determined. It is a fairly sensitive technique. The sensitivity achieved will depend on tube dimensions and tube cleanliness. In general, it can be stated that, it should be possible to detect a .mm defect in tubing up to inch which has been properly cleaned.Both ferromagnetic and non-ferromagnetic tubes can be inspected A three dimensional picture of the defect is obtained, thus the defect profile and its depth is provided.

Liquid penetrate inspection (PT) is one of the most widely used nondestructive evaluation (NDT) methods. Its popularity can be attributed to two main factors, its relative ease of use and its flexibility.All types of Fluorescent Penetrates and Visible Penetrates are used to inspect materials include the following; Metals (aluminium, copper, steel, titanium, etc.), Glass, Ceramic materials, Rubber and Plastics.