About Us
 
PEIC has complete in house facility to execute various jobs related to NDT techniques. In addition to the above, we also provide QA/QC consultancy.

Since 2003, Company has gained enormous goodwill and reputation as one of the well - established and reliable companies in the field. Our prime focus is in the infrastructure building projects like Gas plants Petrochemicals, Refineries, Power Stations, Gas Pipelines Steel Plants, Forging & Casting Industries, Hydro & Thermal Power Stations, Cement factories Offshore Platforms, Ship Building etc.

Since 2003 M/S. Petrocon Engg. & Inspection Co. has been providing expertise in Industrial Mechanical Engineering Inspection & Non –Destructive examination as given below.
1) Specialized surveys for health assessments such Corrosion under insulation, suggesting mitigation measures for same, interim measures for integrity assurance till shutdowns are planned , Repair methods ' Failure analysis and suggesting preventive methods, Carrying out inspections of pressurized equipment and piping, Suggesting repair methods in line with codes and standards, supply of inspection engineers, assessment of civil structures integrity .
2) Pressure vessels & piping Inspection as per ASME.
3) Welder Qualification As per ASME
4) Gamma Radiography with using Ir.192
5) X-Ray .
6) Ultra Sonic Testing.
7) Magnetic Particle Testing.
8) Ultrasonic Thickness Measurement.
9) Hardness Testing .
10) Liquid Penetrant Testing.
11) Positive Material Identification. 12) Pulse Eddy current Testing.
13) Long Range Ultrasonic Testing (Collaboration With Specialist NDT Services).
14) Heating.

Services
 
Magnetic Particle Testing    
Magnetic Particle Testing   Magnetic particle Inspection (MPI) is a non-destructive testing (NDT) process for detecting surface and slightly subsurface discontinuities in ferromagnetic materials such asiron, nickel, cobalt, and some of their alloys. The process puts a magnetic field into the part. The piece can be magnetized by direct or indirect magnetization. . The magnetic lines of force are perpendicular to the direction of the electric current which may be either alternating current (AC) or some form of direct current (DC) (rectified AC).
 
Radiographic Testing    
Radiographic Testing   se of radiation sources in Industrial Radiography is heavily regulated by state and federal organizations due to potential public and personal risks. Two of the most commonly used sources of radiation in industrial radiography are x-ray generators and gamma ray sources. Industrial radiography is often subdivided into "X-ray Radiography" or "Gamma Radiography", depending on the source of radiation used. A device called a "camera" is used to store, transport and expose the pigtail containing the radioactive material.
 
 
Hardness Testing    
Hardness Testing   Hardness is resistance of material to plastic deformation caused by indentation. Sometimes hardness refers to resistance of material to scratching or abrasion. In some cases relatively quick and simple hardness test may substitute tensile test. Hardness may be measured from a small sample of material without destroying it. There are hardness methods, allowing to measure hardness onsite. Principle of any hardness test method is forcing an indenter into the sample surface followed by measuring dimensions of the indentation (depth or actual surface area of the indentation).
 
 
 
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