Testing, Inspection & Certification Facility

FLOVAL’s Testing, Inspection & Certification Facility provides a comprehensive range of testing and inspection capabilities for industrial valves, equipment, materials and components. The facility supports pressure testing, non-destructive examination, material verification, dimensional and functional assessment, thermal diagnostics and integrity testing to help verify equipment performance, reliability and compliance with applicable technical requirements.

Our integrated testing capabilities enable inspection and verification activities to be carried out under controlled conditions, supporting equipment refurbishment, quality assurance, pre-commissioning and certification requirements across demanding industrial applications.

Testing & Inspection Capabilities:

1. Hydrostatic Testing – Pressure testing to verify pressure integrity and identify potential leakage or defects.
2. Pneumatic Testing – Controlled pneumatic pressure testing for applicable equipment and components.
3. Fugitive Emissions Testing (FET) – Detection and assessment of fugitive emissions from valves and associated equipment.
4. Positive Material Identification (PMI) – Material verification to confirm alloy composition and material grade.
5. Ultrasonic Flow Detection Testing – Ultrasonic-based assessment for flow and related diagnostic requirements.
6. Ultrasonic Inspection & Structural Integrity Testing – Non-destructive examination to identify internal discontinuities and assess component integrity.
7. Valve Torsion Testing & Certification – Torque/torsion testing and verification of valve performance and mechanical integrity.
8. Infrared Temperature Testing – Non-contact temperature measurement and thermal assessment using infrared technology.
9. Paint & Coating Testing – Inspection and testing of painted/coated surfaces to assess coating quality and compliance with specified requirements.
10. Non-Destructive Testing (NDT) – Application of appropriate NDT techniques for the detection and evaluation of defects without compromising component integrity.