Ultrasonic Testing | Radiographic Testing

INDUSTRIAL

Ultrasonic Testing

Ultrasonic Wall Thickness Testing on pipes, vessels & various plant equipment. On-Line /
In-Service inspection
Testing carried out in accordance with ASME V SE-797.2

Wet Magnetic Particle Flaw Detection Testing

High Sensitivity Crack Detection Testing on ferro-magnetic components.
AC & DC Portable Yokes.
Fluorescent (UV – black light)
Colour Contrast Inks for low & high temperature conditions.
Testing carried out in accordance with ASME V- Article 7, BS EN ISO 9934-1,
BS EN ISO 17638, BS ISO 4986 & BS EN 10228-1

Penetrant Testing

Effective Surface Opening Flaw Detection Test on ferrous & non-ferrous components.
Red Visible Solvent Removable Dye Penetrant
Red Visible Water Washable Dye Penetrant
Fluorescent Solvent Removable Dye Penetrant
Fluorescent Water Washable Dye Penetrant
Sulphur & Halogen Free Developers
Testing carried out in accordance with ASME V Article 6, ISO 3452-1, BS EN 1371-1,
BS EN 10228-2 & BS EN ISO 23277

Radiographic Testing

Gamma Rays
X-Rays
Independent Radiographic Film Evaluation Services
Testing carried out in accordance with ASME V Article 2, ASME VIII, API 1104, AWS D1.1

Ultrasonic Flaw Detection Testing on forgings, castings, plate, billets and welds
U.T. Examination using high-end digital portable flaw detectors
Experienced Competent Level II Technicians
A-Scan Print Outs for permanent record of test results
Stored (“saved”) Individual Calibration Settings for effective future Condition Monitoring
Accurate Reproducibility of Consecutive Tests (before & after weld repairs, heat treatment etc.)
Ultrasonic Condition Monitoring (“Fingerprinting”) of Shafts during periodic in-service inspections
Ultrasonic Bond Testing (white metal bearings, fusion of dissimilar metals)
Ultrasonic Friction Testing of bearings and other moving parts of rotating machinery
Testing carried out in accordance with ASME V Article 4, ASME V Article 5, ASME VIII Division 1 Appendix 12, ASME
V Article 23 SA-388 / SA-435 / SA-578 / SA-609 / SA-745, ISO 4386-1 & BS EN ISO 17640

To accurately determine the condition of small bore tubes by way of internal bore area.
Heat Exchanger Tubing (Ferromagnetic and Non-Ferromagnetic)
Boiler Tubes
Condenser Tubes
Testing carried out in accordance with ASME Section V Article 8

On-site and In-situ Hardness Testing on most material types.
State of the art Portable Hardness Testing Equipment utilizing latest cutting edge technology.
Rebound Method with integrated impact device D.
Digital Display Units.
Measured Hardness Values include HV, HB, HRB, HRC, HS and HL.
Instantly Calculated Equivalent Tensile Strength Values in N/mm².
On-site Hardness Testing can be carried out on 9 different material groups as follows:

Conversion Options are DIN 50150 and ASTM E 140 Specifications.

Digital Photography of test items, components and welding is carried out to supplement inspection reports.

This essential type of examination is an integral important component of inspection.
We combine V.I. with all N.D.T. test methods.
Conducted in accordance with ASME Section V Article 9.
Various methods of V.I. include :-

Laboratory Facilities available for all types of mechanical testing.
Tensile Testing, Bend Testing, Impact Testing, Fracture Testing, Proof Testing, Fatigue Testing.
Nick-Break Testing and Shear Testing.