| Products |
| Records: 21 |
| AP 611 Automated Aniline Point Tester |
 | ISL's AP611 automatically determines aniline point of petroleum products and hydrocarbon solvents. This test is an important parameter used in characterization of pure hydrocarbons and hydrocarbon mixtures, including jet aviation fuel and vacuum gas oils.
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| RVP 323 Digital Reid Apparatus |
 | ISL's RVP323 determines vapor pressure of gasoline and volatile products. Three simultaneous tests can be performed to relieve the operator from analytical constraints such as pressure vessel shaking. The electronic section is separate from the testing unit, protecting internal electronics from moisture. |
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| PMD 100 Micro Distillation Analyzer |
 | This innovative instrument (patent pending) provides a complete distillation run and test report in under 10 minutes using only 10 ml of sample. It employs leading research, the most advanced technology and highest quality design, enabling quick, reliable distillation characteristics under atmospheric pressure in correlation to ASTM D 86. |
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| AD 1160 Automatic Vacuum Distillation Analyzer |
 | An easy to operate instrument, the AD1160 determines distillation characteristics of petroleum products at reduced pressure. Pressure, distillation rate and all parameters specified in ASTM D 1160 are tightly controlled to ensure accurate, repeatable results. |
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| CPP 5Gs Automatic Cloud and Pour Point Analyzer |
 | The CPP 5Gs' powerful, built-in cooling system (patent pending) enables testing of petroleum samples with ultra low temperature pour and/or cloud points... below –90°C (-130°F)! Utilizing the power of automation, this instrument increases lab productivity and greatly improves reproducibility and repeatability. Simple, completely unattended operation frees technician time while a compact foot print and auto-switching power supply make this unique portable instrument available whenever and wherever needed. |
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| FPP 5Gs Automated Cold Filter Plugging Point |
 | The ISL FPP 5Gs and FPP 5G determine the CFPP temperature in perfect accordance with EN 116, IP 309 and ASTM D 6371 test methods. The FPP 5Gs is unique: it has its own built-in cooling system (patent pending) and does not require any external liquid connection. The FPP 5Gs is the only portable instrument which performs the tests strictly according to EN 116 conditions.
This compact , easy to use unit is ideal for process control. The FPP 5Gs is fully independent, there is no need to move between remote units and a central unit. It has an alphanumeric solvent proof keypad and a large easy to read LCD display. Test results are displayed and printed in real time. |
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| FP93 5G2 Flash Point - Pensky Martens |
 | Closed cup flash determinations from 1o to 370oF (34o to 700oF). This highly versatile tester combines 4 different heating rates for fast or search methods. Choose from thermal or ionization detection plus your preference of stirring speed: ASTM method A or B, or Abel simulation. |
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| FP92 5G2 Flash Point - Cleveland Open Cup |
 | Open cup flash & fire testing from 1o to 400oF (34o to 750oF) optional autosampling. Choose from preset or programmable test methods: search, fast, and pass/fail. Offers sample pre-heating with adjustable duration and an optional skin removal device for bitumen applications. The FP92 5G2 quickly cools, enabling immediate initiation of your next test; add an SC6 6-place sample changer at any time for enhanced automation. |
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| FP170 5G2 Flash Point - Abel Closed Cup |
 | Flash determinations from -30º to 70ºF (-22º to 160ºF). Test liquefied or fluxed bitumen using a special method. This tester also enables Tag test method simulation and combination of 3 different heating rates for fast or search methods. External liquid cooling speeds time between tests. Choose from gas or electric ignition. |
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| FP56 5G Tag Closed Cup |
 | Flash determinations from -20o to 93oF (-4o to 200oF). Combine different heating rates for fast or search methods. External liquid cooling speeds time between tests. Choose from gas or electric ignition, and from thermal or ionization detection. |
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| AD 86 5G2 Automatic Distillation Analyzer |
 | The AD86 5G2 is revolutionizing D 86 testing... this completely independent analyzer truly maximizes precision, efficiency and versatility. By changing bath temperatures instantaneously, it eliminates the need to dedicate individual units to a specific bath temperature, thus reducing the total number of analyzers required to handle your testing workload. |
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| FZP 5G / FZP 5Gs Automatic Freezing Point |
 | The ISL FZP 5Gs and FZP 5G are ultra compact instruments that use only 4 ml of sample and can determine the freeze point in less then 15 minutes.
The FZP 5Gs has its own built-in cooling system (patent pending) and does not require any external liquid connection.
This compact, easy to use unit is ideal for process control. The FZP 5Gs is fully independent, there is no need to move between remote units and a central unit.
It has an alphanumeric solvent proof keypad and a large easy to read LCD display. Test results are displayed and printed in real time. |
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| NCK2 5G NOACK Evaporation Loss Analyzer |
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| RB 36 Automated Ring & Ball Tester |
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| CPP 97-2 Automatic CFPP, Cloud and Pour Point Analyzer |
 | The CPP97-2 can test 2 samples simultaneously. In addition to the above CPP methods, this apparatus can measure the Cold Filter Plugging Point (CFPP) according to EN 116 / IP309. The only instrument on the market able to perform Cloud Point, Pour Point and Cold Filter Plugging Point. |
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| CPP 97-6 Automatic CFPP, Cloud and Pour Point Analyzer |
 | The CPP97-6 can test 6 samples simultaneously on Cloud or Pour Point test in any combination. This compact instrument provides very high throughput. User friendly and simple for use due to its dedicated keyboard and large graphic video display. |
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| KFP 5G2 Karl Fischer Portable Titrator |
 | Designed for the specific needs of crude oil and petrochemical industries, ISL's KFP 5G2 combines ultimate ease of use and testing reliability into a compact, portable unit. These rugged instruments conveniently transport in a carrying case with reagents already in the titration cell, ready for use immediately on arrival. Quickly access a range of sample volumes, densities and weights by means of intuitive arrow cursor controls. The KFP's flexible power options -- standard power connections, internal battery, or car adapter -- combined with integrated high speed printer and low drift cell technology make this instrument ideal for use in the laboratory and in the field.
Plus, the instrument's low drift cell includes two connection ports for gas inlet and outlet adapters: an important feature that, coupled with user-selectable start delays, perfectly suits the KFP for analysis of various sample types -- from gases to crude oil. |
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| WMP 2 Automated Wax Melting Point Analyzer |
 | This compact analyzer performs 2 simultaneous, separate determinations in strict compliance with the standards outline above. Its top section is fitted with a keypad, display and indicator lamps. Its lower section holds a testing unit fitted with 2 posts. All electronic circuit boards are easily accessed from the instrument's back.
The sample is prepared according to the selected method, then the instrument lowers the sample temperature at steady intervals. When 5 successive measurements have been achieved within a given interval (typically 0.1ºC), the melting point is considered detected. |
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| RTFOT8 Rolling Thin Film Oven Test |
 | The RTFOT8 apparatus determines sample ageing characteristics by measuring the viscosity, penetration and ductility properties of asphalt before and after testing.
A film of asphalt is heated in the oven up to 163ºC in 85 minutes. The obtained residue gives an exact idea of how asphalt will behave when mixed with a road surfacing product. |
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| VH Series Automatic Houillon Viscometers |
 | Using a "houillon" capillary tube, ISL's VH Series Viscometers automatically determine kinematic viscosity of lubricating oils, used oils, fuels, polymers and similar materials over a wide viscosity range. The method was initially developed for lubricant blending facilities, research labs, and used oil verification measurements. It requires less than 1 milliliter of sample with an average run time of 60 seconds, maintaining the precision of ASTM D 445. Running under custom 32-bit, multi-tasking Windows-based software, you can centrally monitor of up to 16 capillaries spanning up to 4 baths. Results are displayed, saved in the database, printed or sent directly to a LIMS following user-defined protocol.
The Model VH 1 integrates a single solvent capacity for tube cleaning, while the Model VH 2 accommodates two solvents, offering more flexibility in solvent selection and more efficient tube cleaning and drying. All VH 2 parts that come in contact with sample or solvents are made of glass, stainless steel and brass, Teflon or Kalrez. Thus, aggressive solvents can be used on this model. |
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| TVB 445 Viscosity Bath |
 | Specially designed for tests demanding ultra precise temperature control and/or for processes requiring visual monitoring, ISL's TVB 445 (co-developed with Tamson) conforms to all requirements of ASTM D445 and equivalent test methods. It is perfectly adapted for kinematic viscosity measurement using glass capillary viscometers and can be further used for thermometer calibration, crystal growing, density and reaction rate measurement, etc. |
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