Thermal Oxidation Stability Tester – JFTOT (ASTM D3241/IP 323)

Falex 400 Thermal Oxidation Stability Tester – JFTOT (ASTM D3241/IP 323)

Falex 400 is a thermal oxidation stability tester for Aviation Turbine Fuels, conforming to ASTM D3241/IP 323 test methods.

Falex 400 is designed for years of long operation, provides traceability, long maintenance intervals and results you can trust.

Automatic aeration and fuel cleaning.
Certified thermocouples, guarantee accuracy without the need for calibration with lead.
Maintenance-free Pump.
Automatic Sample introduction
Automatic leak detection and shutdown

[button target=”_self” hover_type=”default” text=”view more” link=”https://labcon.in/wp-content/uploads/2016/11/FalexOxidationStabilityTester-with-Ellipsometer.pdf”]

Falex 430 Ellipsometer (for rating of deposits on ASTM 3241 heater tubes)

Fully automated unit contains a safe, completely enclosed laser light source with an optical detection system for measuring the film thickness of ASTM D 3241 heater tubes
Large Colour Display
As specified in ASTM D3241, Annex 3, Ellipsometric Method » ASTM D1655 Referee Method as per Table 1, Note M
Pass/Fail Determination of the 2.5mm2 Average Film Thickness
Ellipsometer uses equivalent area evaluations
5 mm to 55 mm along heater tube
Historical Ellipsometer data 85 nm = VTR Value 3
Software determination of maximum thickness and location
Test report data and test information

[button target=”_self” hover_type=”default” text=”view more” link=”https://labcon.in/wp-content/uploads/2016/11/FalexOxidationStabilityTester-with-Ellipsometer.pdf”]