CNAS Accredited Laboratory

Zero-leakage testing under extreme pressure

Every high-pressure valve body and double ferrule assembly undergoes helium mass spectrometer leak detection and hydrostatic verification before field deployment.

Inspection Protocols

Four-stage verification pipeline

01
02
03
04

Alloy Spectrometry

Coordinate Measurement

Helium Leak Detection

Hydrostatic Burst

Optical emission spectrometry validates chemical composition and heat lot integrity across incoming 316L cold-worked stainless steel bar stock.

Automated Zeiss CMM equipment inspects CNC machined ferrule threads and sealing tapers down to sub-micron geometric tolerances.

Ultra-sensitive vacuum chamber spectrometry checks 100% of severe-service valve stems for tracer gas leakage down to 1x10-9 mbar l/s.

Destructive water-pressure rigs stress random production samples up to 100,000 PSI to verify theoretical factor-of-safety margins.

Engineering Baseline

When fluid pressure reaches 4,000 bar, metallurgical uniformity is the absolute baseline.

We maintain full heat lot traceability documented under EN 10204 3.1 inspection certificates, guaranteeing zero internal inclusion defects across critical stress zones.

Institutional Compliance

Certified for critical service

60,000 PSI

severe-service rating

IATF 16949

hydrogen vehicle standard

100%

helium batch verified

EN 10204 3.1

material traceability

Schedule an on-site factory audit

Review raw mill test certificates, witness live helium leak tests, and receive detailed lot inspection documentation within 24 hours.