Calibration

When calibrating trace oxygen analyzers, it is not uncommon to find a significant variance in readings attributable to errors associated with the gas standard, the sample delivery system, or the highly technique-dependent procedures.

Delta F has invested over one million dollars in developing proprietary reference methods, UHP sample delivery systems, and operating methodology to provide the most accurate, and reliable calibration possible for every analyzer it ships. The first step in the controlled process is the procurement of reliable Primary Standards. They are prepared gravimetrically using Class "S" masses traceable to NIST and bottled in non-absorbing aluminum cylinders which are carefully purged and evacuated prior to filling. In conjunction with a proprietary reference method that does not depend upon any single analytical device, the Primary Standards are the basis for NIST traceable certification of "Working Standards" used in all instrument calibrations.

Delta F manages its gas standards under a system where periodic re-certification avoids errors induced from unstable cylinders. Further, a calibration system can only be as effective as its weakest link, Delta F has designed and implemented automated, state-of-the-art UHP gas delivery systems throughout. All of this attention to detail ensures that every Delta F analyzer arrives at your site with an accurate calibration traceable to NIST documented by a Certificate of Conformance.

Take the virtual calibration tour and see the Delta F difference.