Cold Filter Plugging Point

OptiFPP

CFPP: EN 116, EN 16329, IP 309, ASTM D 6371, JIS K 2288
CP: In accordance with ASTM D5771, IP 444, EN 23015, EN 590
In correlation to ASTM D2500, ISO 3015, IP 219, JIS K2269

The next generation Cold Filter Plugging Point analyzer combines a patented built-in cooling system and highly precise detection mechanism into an ultra-compact, easy to use instrument. The ISL OptiFPP analyzer provides automated CFPP test in strict accordance to EN116 and EN16329 conditions. OptiFPP precisely controls jacket cooling and electronically controlled vacuum adjusts as the test specimen is drawn though a mesh filter, per method conditions. Once crystal formation inhibits sample flow within a set time, a CFPP value is detected, displayed and stored to memory. Detailed reports are available, showing any abnormal points, as well as sample temperature behavior during the test.

CFPP: EN 116, EN 16329, IP 309, ASTM D 6371, JIS K 2288
CP: In accordance with ASTM D5771, IP 444, EN 23015, EN 590
In correlation to ASTM D2500, ISO 3015, IP 219, JIS K2269

The next generation Cold Filter Plugging Point analyzer combines a patented built-in cooling system and highly precise detection mechanism into an ultra-compact, easy to use instrument. The ISL OptiFPP analyzer provides automated CFPP test in strict accordance to EN116 and EN16329 conditions. OptiFPP precisely controls jacket cooling and electronically controlled vacuum adjusts as the test specimen is drawn though a mesh filter, per method conditions. Once crystal formation inhibits sample flow within a set time, a CFPP value is detected, displayed and stored to memory. Detailed reports are available, showing any abnormal points, as well as sample temperature behavior during the test.

  • Cable free heads contains both the electrical connections for the detector and a mechanical vacuum connection to the pipette.
  • Fully self-contained cooling system enables ultra-low temperature testing; saves energy; eliminates the heat, noise, external liquid connections and toxic coolant vapors of external cooling units
  • Real-time display of test progress and results
  • Stand-alone and/or PC controlled operation
  • Stepped or linear sample cooling in full compliance with EN 116 and EN 16329
  • Integrated auto-cleaning with two solvents can be operated while separate sample is running
  • Ability to run cloud point test with optional CP head

The Cloud Point Kit is available with a stainless steel and a glass temperature sensor. A complete measuring head with a probe, filter unit and pipet is also available for purchase.

CFPP: EN 116, EN 16329, IP 309, ASTM D 6371, JIS K 2288
CP: In accordance with ASTM D5771, IP 444, EN 23015, EN 590
In correlation to ASTM D2500, ISO 3015, IP 219, JIS K2269

The next generation Cold Filter Plugging Point analyzer combines a patented built-in cooling system and highly precise detection mechanism into an ultra-compact, easy to use instrument. The ISL OptiFPP analyzer provides automated CFPP test in strict accordance to EN116 and EN16329 conditions. OptiFPP precisely controls jacket cooling and electronically controlled vacuum adjusts as the test specimen is drawn though a mesh filter, per method conditions. Once crystal formation inhibits sample flow within a set time, a CFPP value is detected, displayed and stored to memory. Detailed reports are available, showing any abnormal points, as well as sample temperature behavior during the test.

Safety Data Sheet

 CRM Diesels SDS

Related Products

OptiPMD determines the boiling range characteristics of petroleum products in less than 10 minutes, using only 10 ml of sample and it’s included in at least 10 fuel specifications.
OptiPMD determines the boiling range characteristics of petroleum products in less than 10 minutes, using only 10 ml of sample and it’s included in at least 10 fuel specifications.
The HRB 754 Ring & Ball; Ball Tester automatically determines the softening point of bitumen, tar, pitch, tall oil rosins, and polymeric resins.
The HRB 754 Ring & Ball; Ball Tester automatically determines the softening point of bitumen, tar, pitch, tall oil rosins, and polymeric resins.
The Cetane Ignition Delay CID 510 is a compact and easy to use analyzer, with fully automatic analysis and calibration sequences, offering analysis with extremely high precision.
The Cetane Ignition Delay CID 510 is a compact and easy to use analyzer, with fully automatic analysis and calibration sequences, offering analysis with extremely high precision.
Safe, easy to use ISL’s NCK2 5G Noack evaporation loss analyzer enables the most precise testing possible to meet increasing QS/QA requirements in full compliance with CEC, ASTM & IP methods.
Safe, easy to use ISL’s NCK2 5G Noack evaporation loss analyzer enables the most precise testing possible to meet increasing QS/QA requirements in full compliance with CEC, ASTM & IP methods.
PAC’s AC offers full range of Detailed Hydrocarbon Analyzers (DHA) to determine individual hydrocarbon composition in light hydrocarbon streams, gasoline blending feedstocks, spark ignition engine fue
PAC’s AC offers full range of Detailed Hydrocarbon Analyzers (DHA) to determine individual hydrocarbon composition in light hydrocarbon streams, gasoline blending feedstocks, spark ignition engine fue
World’s first fully integrated fuel analyzer combining freeze point, cloud point, pour point, viscosity, and density testing in one automated platform for rapid jet fuel and diesel analysis.
World’s first fully integrated fuel analyzer combining freeze point, cloud point, pour point, viscosity, and density testing in one automated platform for rapid jet fuel and diesel analysis.
SeNSe2 is a new detector that has been developed by AC Analytical Controls by PAC for Gas Chromatography applications aiming to determine Sulfur species in hydrocarbon type matrices.
SeNSe2 is a new detector that has been developed by AC Analytical Controls by PAC for Gas Chromatography applications aiming to determine Sulfur species in hydrocarbon type matrices.
The Crude Oil Analyzer combines the results of DHA Front End (FE) and High Temp (HT) SIMDIS analyses into one total true boiling point (TBP) report for the best performance in crude oil analysis.
The Crude Oil Analyzer combines the results of DHA Front End (FE) and High Temp (HT) SIMDIS analyses into one total true boiling point (TBP) report for the best performance in crude oil analysis.

Product added to Quote list ✔

failure analysis, material characterization, and metrology equipment

Subscribe to newsletter

Sign up for our newsletter to get updates on promos, seminars, events, products, application notes and more.

Inquire for this Product

OptiFPP
Cold Filter Plugging Point
OptiFPP
Cold Filter Plugging Point