Indicated Cetane Number Analysis

AFIDA is a revolutionary development providing fully automated determination of the Indicated Cetane Number (ICN) of diesel and diesel related fuels using test method IP 617.

The analyser uses a Constant Volume Combustion Chamber (CVCC) and incorporates a unique and patented high pressure injection system that generates fine fuel droplets similar to modern common rail injectors in most diesel engines.

An ultra robust temperature controlled piezo electric injector provides rapid switching and highly repeatable fuel metering, offering improved performance and consistency when compared with solenoid controlled injectors and pintle type nozzles.

The analyser provides very fast, efficient and calibrated ICN determinations, tests are fully automated via an integral 36 position carousel and auto sampler.

The Seta Air Release Value Apparatus is designed to determine the air release properties of hydrocarbon based oils in accordance with ASTM, IP and other methods.

The apparatus is a benchtop instrument with integrated density balance, heater, temperature control system, pressure regulation and microprocessor based control system.

A unique slider arrangement allows easy positioning of the sinker and movement throughout the test cycle.

Setavap3 provides reliable, precise and fully automated vapour pressure analysis.

• Integrated shaker
• Simple operation
• Minimal bias
• Robust and compact design

With a colour touch screen, the Setavap3 provides a clear user interface to guide the operator through the menu system and simple operator sequence. For precise results, the minimum dead volume design eliminates sample carryover, it is suitable for high ethanol content fuels. A fully automated test sequence removes possible operator bias. Results are stored in a 16GB internal memory which can be viewed on the screen. For data management and analysis, results can be saved directly to a USB memory stick, LIMS compatibility and printing is provided via Ethernet or Serial Ports.

IP 583 | ASTM D7797 – Determination of the fatty acid methyl esters (FAME) content of aviation turbine fuel (AVTUR) with fourier transform infrared spectroscopy (FTIR) – Rapid screening method

The patented Fame In Jet Instrument (FIJI) has been developed to offer the industry a rapid and easy check on parts per million (ppm or mg/kg) levels of FAME in aviation fuel using test method IP 583. FIJI uniquely utilises state of the art Fourier Transform Infrared Spectroscopy (FTIR) technology and a patented sample preparation system which allows FAME detection accuracy down to the 10mg/kg level. FIJI can be used as a field or lab based screening tool to give a quick indication of possible FAME contamination that may then necessitate further investigations. The instrument can be used to prevent expensive testing and avoid costly delays of fuel release.

Setaflash Series 3 provides fast and reliable flash point results and requires minimum operator expertise.

• Compliance
• Safety
• Product quality
• 2ml of sample and a result in less than 2 minutes

Setaflash Series 3 has a very simple user interface with colour digital display and touch screen icons which guide the operator through a straightforward testing process. For easy record keeping the instrument stores 100,000 test results which can be saved and transferred via a USB port. The versatile range of Setaflash instruments is ideal for use in the laboratory, production line or for portable test applications.

The Herschel Emulsifier is a compact and efficient benchtop instrument designed to measure the ability of petroleum oils and synthetic fluids to separate from water.

The instrument incorporates 4 test stirrers, with independent control and motorised raising and lowering. Samples can be tested simultaneously or individually to suit laboratory requirements.

Test cylinders are located in a temperature controlled bath with an adjustable set point of either 54 or 82°C, in accordance with ASTM and ISO test methods.

A large LCD touch screen display is used to initiate test and provides automated sequencing with an audible and visual reminder at each recording interval.

An automatic airtight furnace that is pre-programmed to run tests to determine Micro (Conradson) Carbon residue of petroleum products.

The digitally controlled furnace has a temperature range of ambient to 500°C. Temperature, flow and pressure values are automatically controlled and values are displayed on the control panel. The test cycle includes an audible ‘end of test’ alarm.

Includes: one six place holder for 16ml sample tubes and one 12 place holder for 2ml or 4ml sample tubes

This purpose-made Oil Test Centrifuge is fully programmable allowing automatic configuration to the specified oil test parameters. A four place swing out rotor and universal bucket assembly accommodates low cost adaptors and cushions suitable for borosilicate glass centrifuge tubes of the types specified for oil testing: 6 or 8 inch conical, 8 inch trace sediment, 8 inch pear-shaped or 12.5ml. To reduce errors in measurement of tube content, the rotor design allows tubes to stand in a near upright (vertical) position at rest.

The Seta PM-93 is a fully automated Pensky-Martens Closed Cup Flash Point Tester which combines strict method conformance with the latest control technology and safety systems to provide the next generation of flash point instruments.

An intuitive graphic user interface and 8.4” SVGA colour touch screen operation provide unparalleled ease of use with real time display of test progress. Test profiles, operator names, test methods and storage of unlimited results are provided through the embedded operating system. Test results can be emailed, saved to a memory stick, output to LIMS or produced in hard copy with the printer option.

The estimation of the Alkali metals by Flame Photometry (e.g. Sodium determination in Foods, Sodium and Potassium determination in Cement), is by far the most important application of Flame Photometers in routine chemical analysis. For this widespread requirement, low temperature Flame Photometers still provide the most reliable and convenient procedure available. Flame Photometry also has considerable appeal in the clinical chemistry field as it provides a rapid and reliable means of estimating Sodium, Potassium and Lithium in body fluids. The methodologies of such analyses are well known and established.

By forcing enough air through a bed of particles, the particle bed may assume a fluid-like state (resembling a boiling liquid). Heating the incoming air and managing air flow rate through the sample, the Model 501 Fluid Bed Dryer provides thorough mixing and maximum contact of solid with moving air.  

SH-GIC7000 is a full-automatic and intelligent on-line IC for atmosphere, which can detect anions and cations in TSP, PM2.5, PM10 and dustfall to meet the testing requirements of HJ799-2016 and HJ800-2016. The instrument runs continuously for 24 hours and can work continuously for 20 days after one maintenance.

Full plasticized flow system, dual suppression mode, all-weather continuous operation, remote control, remote data transmission and so on make the IC has perfect and advanced solution ability, which brings automatic, intelligent and humanized instrument application experience to users.

CIC-D100 ion chromatograph is a classic product of SHINE, which has been accepted by many customers.Based on the latest requirements of users, a newly upgraded CIC-D100 for conventional detection came into being.The new IC not only can detect anions, cations and other polar substances in different matrix samples, but also separate ions with 4 orders of magnitude difference.Compared with the previous one, it is more accurate and reliable. One key switch and intelligent maintenance functions are added to give users a better experience. It is suitable for third-party testing institutions, enterprises, environmental protection, chemical industry, mining and metallurgy and other fields.

CIC-D120 is a high-stability ion chromatograph with upgrade circuit. It can be compatible with external equipment such as amperometric detector, UV detector, ultraviolet-post-column derivatization device and so on. Using Shenghan leading IC column technology, the separation of anion, cation, cyanide, iodide, sugar and small molecular organic acids can be realized. It is widely used in the fields of environment, disease control, food, chemical industry, electronics, mining and metallurgy.

• Leakage Alarm

If there is liquid leakage in the pipeline, the D150 liquid leakage detector will detect the liquid, and a red prompt sign will appear on the computer and the touch screen, and an alarm sound will be given to remind in time, and the pump will stop automatically after 5 minutes of no treatment.

• Auto-range

When D150 ion chromatograph is operated, it is easy to realize the simultaneous determination of 5ppb-100ppm concentration sample without setting the range, and the signal is displayed with digital signal μs/cm.

• Gas Liquid Separator

The bubble in the eluent will increase the baseline noise and reduce the sensitivity. A micro gas-liquid separator is set in the pipeline between the infusion pump and the eluent bottle to separate the bubble in the eluent from the eluent.

• Timing Startup Preheating

It usually takes about 1 hour for the ion chromatograph to balance the system from start-up to sample injection analysis. When the user has prepared the eluent (or pure water for the eluent), he can set the start-up running time of the instrument in advance (the maximum setting is 24 hours), complete the start-up operation and all parameter settings.

• Intelligent Maintenance

Set “intelligent maintenance”, the instrument can complete the flow path switch to the pure water path, the flow rate is set to 0.5ml/min, running for 1 hour.

• Mobile APP

Mobile app is easy to operate. APP monitoring: put the device in your pocket, no matter where you are, turn on your mobile phone to view and control the field device. The mobile app can remotely control the instrument on / off and observe the operation performance parameters of the instrument.

• Intelligent large screen

The large screen displays the operation parameters and status of the instrument, which is convenient for the operator to check the equipment status on site, and to complete the operation of instrument on-off, instrument maintenance, etc

CIC-D160 is a high-stability ion chromatograph with upgrade circuit technology, which can detect anion, cation, cyanide, iodide, sugar and small molecular organic acids. It is widely used in the fields of environment, disease control, food, chemical industry, electronics, mining and metallurgy.

CIC-D180 is a new generation of intelligent ion chromatograph of SHINE. The simple pipeline layout and various component configurations make CIC-D180 flexible and changeable. It can be equipped with various detectors on demand to realize the combination technology easily. It can also be transformed into dual system and two-dimensional ion chromatograph, which is suitable for various application scenarios.

CIC-D300 is a kind of ion chromatograph with dual-channel system design. It has stable performance and powerful function. Each channel runs independently at the same time, and does not interfere with each other. It can realize the simultaneous detection of anions and cations, and double the work efficiency.

The workstation of the observatory realizes the integration of the two-channel workstation, which is easy and fast to operate. One machine can meet the detection requirements of environment, food, chemical industry, electric power, disease control, electronics, mining and metallurgy and other fields.

The on-line combustion IC integrates combustion furnace, gas absorption and ion chromatography analysis. It combines pretreatment with detection process perfectly to provides a simple and reliable method for simultaneous on-line detection of halogen and sulfur in solid and liquid samples, which greatly expands the application field of IC.

The on-line combustion IC overcomes the shortcomings of traditional off-line pyrolysis methods. Samples can automatically enter into the on-line combustion system for qualitative and quantitative analysis, which greatly improves the analysis flux of samples. The whole combustion and absorption process are automatically completed by software control without any manual intervention. Without introducing internal standard, it simplifies the sample analysis process, avoids the introduction of pollution, and ensures the accuracy and stability of the analysis results.

Portable IC not only keeps the accuracy of laboratory IC, but also makes up for the application defects of laboratory IC with the characteristics of portable, on-site and rapid detection.