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This course format is where trainer will explain you the subject via online live session. Date and time are not decided yet but it will be planned within next 2 weeks after you enroll & pay for this course. Get in touch with our team if any clarification is required.
1. Be familiar with the procedures, codes, standards involved with the test method.
2. Understand and recognize the typical surface discontinuities, flaws, or irregularities can be detected by LPT.
3. Interpretation and evaluation of indication in line with relevant Acceptance criteria.
Following topics are covered in this module
1. Article-6 of ASME BPVC Code Section-V, 2021 edition– Liquid Penetrant Testing
2. Article-24 of ASME BPVC Code Section-V, 2021 edition, SE-165 Standard Practice for Liquid Penetrant Examination for General Industry.
3. Familiar with Current ASTM E 1208, E 1209, E 1210, and E 1417 standards.
4. Acceptance Standard, Appendix -8 of ASME BPVC Code Sec. VIII, Division -1, 2021 edition.
5. Acceptance Standards of ASME BPVC Code Sec. VIII, Division-2, 2021 edition.
6. Acceptance standards of ASME BPVC Code Sec.-I, Power Piping and 2021 edition.
7. Acceptance Standards of ASME BPVC Code B31.1 and ASME B31.3 Process Piping.
8. Procedures, Work Instructions, Technique Sheets, Report writing/preparation
Liquid Penetrant Testing or Penetrant Testing (PT) is one of the oldest and widely used non-destructive testing methods. The origin of liquid penetrant testing is generally attributed to the inspection of wheel axles in the railroad industry in the 1890s. It is considered an effective NDT method and capable of detection of very small surface breaking discontinuities which cannot be found by direct visual examination in various non-porous materials. It is well suited to the detection of all types of surface cracks, forging laps, surface porosity, laminations, hot tears, cold shuts and similar discontinuities in various product forms. Penetrant testing can be performed on magnetic and non-magnetic materials, metal or non-metals, ceramics etc but does not work well on porous materials. It is extensively used for the inspection of wrought and cast products of both ferrous and nonferrous metals, powder metallurgy parts, ceramics, plastics, glass objects.
Industry domains :
Oil & Gas , Energy & Utilities , Aerospace
Engineering Disciplines :
Mechanical , Inspection , Welding
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