HEAT SEEKING Thermal Imaging Ltd. is a corporation set up to perform several different types of non-destructive testing for our clients. Some of them are Infrared Inspections / Thermal Imaging as well as GasFind IR, the detection of fugitive emissions of VOC gases. HEAT SEEKING Infrared Inspections is interested in aiding individual as well as industry in developing new and unusual IR applications, while constantly striving to be an industry leader in standards and applications. This is achieved with the expertise of our skilled trained and certified level 1, 2, 3 Thermographers, whom also are red seal certified Journeyman and Master Electricians, as well as other educational credentials. We are also constantly providing ongoing education to our staff on a regular basis.
GAS FIND IR
GasFindIR finds volatile organic compound gas leaks quickly and easily with the use of real-time thermal images of gas leaks. These gas leaks appear as "black smoke" onscreen when, in fact, they are fugitive gas emissions.
Electrical inspections are the most commonly known and practiced infrared application. Electrical failures can cause personnel injury and even death, equipment damage, material loss, as well as costly downtime.
HEAT SEEKING Thermal Imaging Ltd. is a corporation, which is set up to perform non-destructive testing called infrared inspections as well as GasFind IR the detection of fugitive emissions of VOC gases.
Services include Electrical/Mechanical Surveys, Electrical Utility Inspections, Transmission lines, as well as Distribution and Substations, Roof Moisture Intrusions, Building Envelopes, as well as many other areas
“Watch Your Step” - This is a safety slogan everyone has seen numerous times. Frequently,... > Read more
Call and schedule your initial consultation and survey.
Let us demonstrate the benefits and show you the savings of having an Infrared Thermal Scan and how it can become a part of Your Predictive Maintenance Program and then help you make it an Integral Part of Your Preventative Maintenance Program.