Determines the lowest ambient temperature at which aviation jet fuel can be safely used
Freeze Point delivers reliable measurements for freeze points as low as -90°C
Freeze Point delivers optimum fuel quality to the aerospace industry
icon scientific’s patent mass measuring cell, vacuum-insulated cell housing and advanced detection algorithm transforms freeze point analysis performance - and avoids costly downtime caused by condensation, ice formation and stray light effects experienced by older technologies.
Fast, efficient sample cooling, measured through superior cell technology
icon’s patent low-mass measuring cell traps a small amount of the sample, which is cooled at a controlled rate by the cryo-cooler using a phase angle control signal. The cooling process continues until the optical detector picks up sufficient light-scatter from precipitating wax crystals, indicating that a cloud is forming.
At this point, the cell is allowed to warm up and the temperature at which the cloud disappears is taken as the freeze point. The sample cell is then flushed with a new sample and the cycle is repeated; the measurement is then processed via software and reported to the user.
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Excellent repeatabilityAdvanced detection algorithms and phase angle cryo-cooler control ensure better repeatability than standard test methods, giving unrivalled measurement certainty. |
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Best cooling performanceicon’s advanced, patented cryo-cooler achieves exceptional results, without the need for an external chiller. Enhanced by an innovative vacuum insulation, Freeze Point cools down to -100°C within 10 minutes using normal plant-cooling water. |
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Reduced thermal lossesAir-gapped light guides eliminate physical and thermal contact between the light source, detector and the cell, reducing thermal losses for a more stable measurement. |
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Meets your test requirementsFreeze Point’s measurement results are compatible with all standard freeze-point test methods including ASTM D2387, D5972, ASTM D7153 and ASTM D7153. |
