Product Name: Aviation Coal SpecialFreezing point, low-temperature kinematic viscosity, densityThree in one analyzer

Product model: JFA-70Xi

Origin: Canada

Manufacturer name: Phase Technology

The world's first three in one aviation kerosene analyzer, with the best process design.

Consistent quality assurance in all aspects of the refining process is very important to us, and this is also the reason why our company chooses PHARE products in various fields. Our procurement mainly depends on analysis accuracy, reliability, etc. PHARE instruments are our choice

Analysis standards：

Freezing point of aviation kerosene:

Compliant with standards:ASTM D5972, SH/T 0770 (Automatic Phase Conversion Method);

The only automatic freezing point analysis method in the national standard GB 6537 for jet fuel.

Related standards: ASTM D2386, GB/T 2430；

britain: DEF STAN 91-91；

U.S.A: MIL-PRF-5624；

Canada: CGSB 3.23/97

IATA： International Air Transport Association

AFQRJOS： United Nations Oil Depot Fuel System

Viscosity:

Compliant with standards:ASTM D445, GB/T 265；

Density:

Compliant with standards:ASTM D4052, SH/T 0604；

Main technical parameters:

Analysis accuracy: 0.1 degrees Celsius

Analysis scope:- 88℃ ~ +70℃

Injection volume: 30 milliliters

Analysis time:10-15 minutes per session;

Power supply: 90-280 VAC

Power: 350 watts

Weight: 24 kilograms

Size: 33.7 x 54.6 x 44.5mm (width x depth x height)

Operation time: 0.5 minutes

Analyzer features:

PHASE technology has once again achieved the first place in the petrochemical industry

The new technology product JFA-70Xi from PHASE is the world's first and only analytical instrument that can simultaneously measure three important parameters: freezing point, viscosity, and density, with a total analysis time of no more than 15 minutes.

Excellent ASTM method analysis accuracy

JFA-70Xi density measurement exceeds the requirements of ASTM D445 analysis standard with a repeatability of<0.2%. Unlike other viscometers, JFA-70Xi requires a large external cooling device. Freezing point analysis follows ASTM D5972 standard, which is currently the most accurate analysis method in the world, with zero deviation and a maximum pollutant detection value of 99%. The density analysis method is ASTM D4052. 20 ℃ repeatability<0.005g/ml.

Automatic Sample Injection System

A new feature of JFA-70Xi is that it has an automatic injection port on the side. No need for a pipette, the analyzer automatically and accurately aspirates the required sample content according to ASTM analysis methods. JFA can automatically clean without any solvents, saving time, eliminating cleaning troubles, and avoiding damage to the sample cup.

Trustworthy analysis and design

The JFA analyzer is developed based on the 70Xi series platform, thus retaining features that save time and improve efficiency: editable bookmarks, quality control charts, robust design, on-site service capabilities, intelligent design, etc.

Optimal design of process flow

• Fast response time

  The overall analysis time for the three parameters is less than 15 minutes

• Automatic sampling

  No need for a pipette, new feature injection system

• Automatic cleaning - no solvent required

  No need for manual cleaning, the cleaning system automatically flushes and resolves residual samples

• Ultra high precision

  Both manual and automatic measurements have good repeatability and reproducibility

• One click preset collection

  Quick keys are convenient, and the analyzer can store commonly used injection settings

• Optimized quality control

  Automatic quality control and instantaneous control chart, re measuring to increase the credibility of the results

• USB&Ethernet connection

  The analyzer can be quickly accessed through a USB flash drive to obtain data. The Ethernet port can be connected to LIMS internet and can also be connected to HP printers for printing

application

The freezing point, viscosity, and density are three important analytical parameters for jet fuel. The freezing point affects the pumpability of fuel for flight under low temperature conditions Viscosity has an impact on the pumpability of fuel within its operating range. Viscosity is an important parameter that affects droplet size, injection form of fuel into the power engine, linear pressure of the fuel system, and fuel pump. Density is a necessary parameter for aircraft load calculation.