513 / 641-0500.

Enerfab Quality System
Enerfab ‘s maintains a quality system in compliance of the ASME, American Society of Mechanical Engineers code, Section VIII Division I, Section I, B31.1, B31.3 pressure and process piping and the NBIC, National Board Inspection Code, code for repairs and alterations of Boilers and pressure vessels. We maintain ASME “U” and “S” along with an NBIC, “R” certificate. Certificates expire December 2009.

Our Quality department is equipped with four x-ray systems with maximum 320KV, Magnetic Particle equipment, Visible Dye Penetrant and Fluorescent Penetrant Inspection, KB and Brinell hardness testing, heat treat furnaces and local stress relieve equipment to maintain preheat and post weld heat treatment. We also have Ultrasonic Thickness testing instrument, profilometers for measuring surface roughness, a snake eye remote camera system and a 3 meter borescope with an articulated tip for inspecting internal pipe welds (see video). All technicians are certified level II or III in accordance with the ASNT TC 1A and AWS CWI’s. The quality system is documented in our Corporate QA Manual and it is supported by specific inspection and process procedures. Uncontrolled copies of our System manuals are available from www.enerfab.com. Manuals are password protected so call for authorization code.

Enerfab has Two (National Association of Coating Engineers) NACE "Certified Coating Inspectors".  There are only 2000 Certified Coating Inspectors, worldwide, so this is a significant accomplishment for Enerfab.  We also have Four, (American Welding Society) AWS "Certified Welding Inspectors"

Enerfab has added some new capabilities and equipment to our arsenal.  We now have a Thermal Imaging Camera. This instrument allows us to evaluate insulation of existing tanks and structures, evaluate buildings that are either refrigerated or heated for hot spots due to seal failure or poor insulation. We can look for hot spots in electrical switches, and relay boxes. We can also check electrical motors and pumps for worn or dry bearings. The instrument we have is an IR-InSight, Infrared Camera.

The second additional is a Koslow Passivation Tester. This instrument actual detects the presence of a Chrome Carbide passive layer formed on stainless steel. With this instrument we can certify that the passivation process has been effective in forming the Chrome oxide surface layer. This instrument can be used on all 300 series, 400 series, 17-4PH stainless steels.