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We offer a complete product range of XRF Analysers, Gas Chromatograph, Karl Fischer Titrators, Drop Shape Analyser and Force Tensiometer

XRF Analysers

ElvaX ProSpector II is a powerful handheld analyzer employing the latest developments in XRF analysis. Due to the advanced electronics and state-of-the-art mathematical algorithms, ProSpector provides ultimate quality of measurement within a couple of seconds. It is an intuitive and user-friendly instrument for highly accurate elemental analysis in a variety of applications. On-site instant analysis without sampling: Ferrous and nonferrous alloys sorting RoHS, WEEE, and Proposition 65 Compliance testing Lead determination in paint, toys, furniture, and clothing Soil and sediments analysis Mining and geology Art and archeology  

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Gas Chromatograph

In the lab, in the process, in the field - the CALIDUS TM  Gas Chromatograph is fast becoming the leading choice for GC applications in a wide variety of industrial and environmental applications. With the ultrafast, ultra-user-friendly, highly durable, practical, reliable and economical CALIDUS GC you will find more measurement solutions faster and easier, produce better quality products, increase productivity and profitability, with far less hassle and environmental impact. Learn more about what the CALIDUS Gas Chromatograph can mean to you and your operation. D7798 Method Modules (Column and Detector) Features Case Studies Literature Models

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Karl Fischer Titrators

GR Scientific have given their leading Aquamax KF Plus model a makeover. Now modernized with chemical resistant anodized aluminum side panels and improved features. Larger Keypad for ease of use in harsh environments Built-in printer for instant traceable results Results Manager Data download Software Conforms to ASTM, DIN, IP, ISO, JIS & AFNOR Standards Robust Titration Cell and Electrodes, does not require PTFE sleeves or grease Patented ACE Control system guarantees the correct result User selectable languages – multi-choice Easy to use water check button for reagent validation Supplied with gas-tight syringe for accurate sample injection Available with Aquamax KF Reagent Kits and Standards

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Drop Shape Analyser

Drop Shape Analyzer – DSA100 The universal, high-quality instrument for analyzing wetting and coating processes Our Drop Shape Analyzer – DSA100 is our high-quality system solution for almost all tasks in the analysis of wetting and adhesion on solid surfaces. From the basic unit for precise measurement of the contact angle to the fully automatic expert instrument for serial measurement of surface free energy (SFE) we have the suitable DSA100 for your special requirements. We exactly match the individual, flexible and reliable components to your surfaces and processes. Flexible solutions for your tasks We have developed all components of the DSA100 to provide solution-oriented support in the investigation and optimization of wetting and adhesion behavior. With up to three axes for sample positioning, the sample is moved quickly and reproducibly to the measuring positions. Measurement of the contact angle with up to 8 liquids ensures maximum accuracy when determining the SFE. Our pressurized double-dosing unit allows measuring the SFE extremely fast and reliable, using our novel, scientifically validated dosing technique, the  Liquid Needle . Precisely controlled temperature and humidity chambers help to provide a realistic modeling of the process conditions. Our special sample tables optimize the investigation of wafers and ultrahydrophobic surfaces. High-tech solutions for optical components enable a time-saving, automatic image setup, and measurement of extremely fast wetting processes. They also allow measurements to be made on microscopically small samples. Quality down to the last detail The particularly uniform LED illumination and the quality lens ensure high precision when displaying the drop for accurately measuring the contact angle or surface tension. Thanks to the large zoom range, even small drops appear with the optimum width in the video image and can, therefore, be investigated reliably. We have also provided protection for sensitive components and have minimized the troublesome effect of vibration. The high-resolution camera, the lens and the syringes and storage vessels for test liquids are mounted in a robust, enclosed housing. It is often necessary to adjust the viewing angle before measuring the contact angle. This is achieved particularly quickly and easily with our DSA100. The position of the drop in the image remains unchanged when the viewing angle is adjusted. As a result, the otherwise usual tracking of the sample height is no longer necessary. This innovative optical arrangement also creates space for large samples. Comprehensive analysis of solids and liquids Our DSA100 measures the surface tension of liquids using the Pendant Drop method. The results can be used to analyze the relationship between the wetting of the solid and the liquid properties. The results help to provide a scientific picture of the interface contact, which can be used, for example, to optimize the adhesion and long-term stability of coatings. Other solutions for measuring the liquid-liquid interfacial tension, for measurements at high pressures and for surface rheology make the DSA100 a universal instrument for interface research. ADVANCE – our intuitive software solution for your measurement tasks The simple operation of the instrument goes hand-in-hand with the clear user guidance of our ADVANCE software. The relevant functions for each particular step are arranged in tiles which display all elements necessary in the context. By avoiding the use of menus and pop-ups, ADVANCE saves any unnecessary clicks and time-consuming searches for hidden elements. Particularly comfortable is the programming of automatic sequences that integrate the software-controlled components of the DSA100 incomplete sample analyses with maximum flexibility. Using these automation programs provides high reproducibility and reduces the user’s influence on the results to a minimum. Tasks and applications Characterization of surface pre-treatment processes Investigation of the adhesion and stability of bonding and coating processes Investigation of coating substances in accordance with DIN 55660 Checking the wettability of plastic, glass, ceramic, wood or metal Quality control for wafers and microelectronics Checking surface cleanliness Elasticity of liquid films Wetting of microscopically small surfaces Measuring methods and options Contact angle between a liquid and a solid Surface free energy from contact angles of several test liquids using all common models Static contact angle,  advancing angle and receding angle Roll-off angle on hydrophobic and superhydrophobic surfaces Measurement of surface tension and liquid-liquid interfacial tension using the Pendant Drop method Temperature-controlled measurements from -30 to 400°C Measurements at controlled humidity Surface rheological measurements (modulus of elasticity E'; modulus of viscosity E'') Wetting measurements on microscopically small surfaces Accessories (selection) This list includes a selection of components which are not included in one of the DSA100 versions listed on the right. Temperature controlled chamber for large samples from -10 to 120°C Temperature controlled chamber for rapid temperature changes from -30 to 160°C Temperature controlled chamber for high temperatures up to 400°C High-temperature dosing unit up to 400°C Module for controlling humidity Tilting tables Large instrument frame for large samples Special sample holders, for example for cylindrical samples, films, contact lenses or powders Dosing accessory for Captive Bubble measurements or measurement of the liquid-liquid interfacial tension Dosing units for drops of a few picoliters Module for characterizing the surface rheological properties of liquids Contact Angle   DSA100 DSA100   | high-end drop shape analysis DSA100E   |   expert configuration DSA100S   |   standard configuration DSA100B   |   basic configuration DSA100L   |   solution for large samples DSA100R   |   optical surface rheology DSA100W   |   special solution for wafer DSA100M   |   micro drop shape analysis DSA100HP   | high-pressure measurements

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Force Tensiometer

The precision instrument for quality assurance Our Force Tensiometer – K11 is a precision and fully automatic instrument for the reliable measurement of surface tension and interfacial tension. With its high-quality components and simple operation, the K11 assists in the quality control and optimization of surfactant solutions and interfacial processes. Quality components for reliable results Our Force Tensiometer – K11 measures the surface tension and interfacial tension based on the force which acts when a measuring probe is wetted. The instrument features a high-quality force sensor which ensures accurate results and high reproducibility. In the interests of precision, the probes are also manufactured with highly accurate contours. Our instrument therefore provides equally reliable results for measurements carried out using the ring,  plate or rod method. The K11 also enables the density of liquids to be measured accurately. This method is particularly useful for measurements using the ring method, in which the density is used to calculate the surface tension from the force. Measuring density with our K11 saves the trouble of carrying out external measurements. The sample stage of our K11 has a high position resolution and, if required, can be moved very slowly and carefully. This enables the force maximum in ring measurements to be determined with great accuracy, and therefore makes this method highly reliable. As an option, the stage can also be moved very quickly for setting up measurements rapidly. At the same time, the large, illuminated sample chamber helps when preparing the measurement. Magnetically locking glass swing doors shield the measurement from troublesome air currents. Our K11 has the option of accurately controlling the temperature of the samples between -10 and 130 °C. This enables thermal process conditions to be simulated, for example to optimize the addition of surfactant for a particular production step. An additional, automatic stirring function ensures optimum mixing of dispersions before measuring. Easy and intuitive touch panel operation Intuitive operation by means of a special touch panel is a unique feature of our K11. Our touch panel has intelligent, programmable measuring sequences for all the methods incorporated. A simple touch of a finger starts the measuring programs, the parameters of which we have optimized for the most frequent situations. The accurately controlled sequences guarantee that the measuring conditions are highly repeatable. However, the parameters can also be flexibly adjusted and applied as a user-defined standard. A reliable measuring sequence for the standardized quality assurance of transformer oils in accordance with ASTM D‑971 is also included. Our touch panel software manages the measuring results in a transparent structure. The touch panel also has a vast working memory and convenient, fast access to a very large number of storable measurements. It is also capable of producing comprehensive and clear measurement reports, sending them directly to a printer or saving them in the widely used Microsoft XPS format. Data can simply be copied from the touch panel to a USB flash drive for easy export. Tasks and applications Determination of the effectiveness of wetting media Checking the surfactant content in solutions below the  critical micelle concentration  (CMC) Measurement of interfacial tension for the quality assurance and optimization of emulsifiers Decomposition product content in oils according to ASTM D‑971. Tank clearance and cleaning validation in the foodstuffs industry Measuring methods and options Surface tension using the ring, plate and rod method Interfacial tension using the ring, plate and rod method Surface tension and interfacial tension using the  ring tear-off method Testing of transformer oils in accordance with ASTM D‑971 Measuring the density of liquids Measurement from -10 to 130 °C, temperature measurement with internal sensor Products   Tensiometers K100   |   premium tensiometer K11   |   stand-alone tensiometer K20   |   solid QC tensiometer BP100   |   dynamic surface tension (Lab) BP50   |   dynamic surface tension (QC) DVT50   |   drop volume tensiometer SDT   |   spinning drop tensiometer SITE100   |   very low interfacial tension K6   |   manual tensiometer  

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Thermal Conductivity Analyser

Simply put - the fastest, easiest way to measure thermal conductivity.    Fast, Accurate Testing 0 to 500 W/mK in seconds No Sample Preparation Unlimited sample sizes Wide Temperature Range -50º to 200ºC (Standard Sensor) NEW: Option to expand temperature range to 500 ºC Versatile Tests solids, liquids, powders and pastes and have the flexibility to operate in various environmental enclosures Easy-to-Use No calibration required Non-Destructive Leaves sample intact Highly Flexible Designed for lab, QC, and at-line testing

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Differential Thermal Analyser

High-performance modular DTA & DSC thermal analyzers (ambient / 2400°C) The HIGHLIGHTS SETSYS Evolution is the standard for high-performance TGA, TG-DSC and TG-DTA application.  It is based on a complete modular thermal analysis platform for – TGA,  DTA, and DSC – Simultaneous TGA/DTA and TGA/DSC – Dilatometry / TMA The key to the SETSYS TGA-DTA / DSC is Setaram’s unique symmetrical balance, a highly robust and flexible furnace conï¬?duration offering unique performance and the lowest operational costs of any system available.  The SETSYS can be conï¬?figured to operate up to 2400°C and also use controlled humidity, vacuum, and highly aggressive atmospheres.   http://www.setaram.com/setaram-products/thermal-analysis/differential-scanning-calorimetry-dsc-differential-thermal-analysis-dta/setsys-evolution-dtadsc

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Surface Energy Analyser

The Inverse Gas Chromatography-Surface Energy Analyzer or iGC-SEA continues Surface Measurement Systems’ pioneering history with inverse gas chromatography (IGC), which now spans more than fifteen years.   The iGC-SEA is a second generation Inverse Gas Chromatography instrument. It is the world’s only commercial instrument based on the IGC principle. The unique SMS injection scheme provides a wide range of injection concentrations with unrivalled accuracy and reproducibility.  

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Thermogravimetric Analyser

TGA, from ambient to 1150°C or 1600°C LABSYS Evo is a user-friendly, robust and highly powerful thermal analysis platform. HIGHLIGHTS include : • A comprehensive line of thermal analyzers with two temperature ranges chosen and optimized for distinct families of application: – RT – 1 150 °C, a cost-effective solution mostly (but not only) for organic materials studies (polymers, pharmaceuticals, petroleum by-products…), – RT – 1 600 °C, for demanding high-temperature experiments involving mostly (but not only) inorganic materials like ceramics or metals. • A top loading balance designed specifically for thermal analysis applications featuring unmatched stability, reproducibility, and accuracy. • A 30 samples / 6 references autosampler able to automatically configure the different sensors and crucibles. NEW PARTS AND OPTIONS Controlled vacuum option This option allows for operation under controlled vacuum. One can manually set a controlled pressure down to 30 mbar. Evolved gas analysis by MS coupling is possible at the same time. Large volume crucible A large volume 1000 µl (1 ml) alumina crucible, diameter 8mm and height 27 mm, is available for TGA experiments.

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Dynamic Vapor Sorption analyzer

DVS Adventure The new DVS Adventure is a water vapor sorption analyzer that measures sorption and desorption isotherms over a broad range of humidities and temperatures. It offers unprecedented temperature stability and humidity performance. It provides valuable information about the interactions of a sample with water vapor that is critical for the development of new materials and processes. For example, in many industries, water sorption properties of raw materials are considered as key parameters in determining their storage, stability, processing and application performance.

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Microactivity Reactor

Fixed Bed Reactor The PID/Particulate Systems Effi Microreactor, is a highly-advanced modular laboratory system for measuring the activity and selectivity of catalysts. The Effi Microreactor has been developed to help save time and resources at both the catalyst development stage and the factory report process during the screening. It can accommodate a wide variety of reactions including hydrocracking, hydrotreating, isomerization, hydrogenation, hydrodesulphurization (HDS), oxidation, hydrodenitrogenation (HDN), reforming (aromatization), GTL (Fischer-Tropsch), and steam reforming, to name a few.   Performance Features: Fully configurable to be adapted to the specific user’s catalytic testing needs with a variety of configurations and options. The system is compact, completely automated, and equipped with innovative process-control technology. User can program a series of experiments on a PC and obtain real-time results with the highest degree of reproducibility and accuracy. Patented control systems have been specifically developed for this equipment, providing the ability to operate on a micro-scale. Flow range from tenths of mL/min to liters/min. Operation pressure from vacuum to 100 bar, reaction temperature from ambient to 1050oC   Two Dual Reactor Configurations are Available: The Duo configuration provides the ability to run two reactions in series with independent pressure control of each reactor. The Twin configuration provides the same advantages as the Duo and also has the ability to regenerate the catalyst in one reactor while running a reaction on the other reactor.   Configuration can also be setup as a complete parallel system. This includes two furnaces and reactors for parallel mode operation. Each reactor has its own temperature and pressure control and with the added valves and plumbing can also provide serial mode operation.

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Elemental Analyser

The table below shows which elements can be determined by which elemental analyzer.  Simply click on the analyzer name corresponding to your application for technical specifications and detailed product information. 1) While the CS-580 uses a horizontal furnace, the CS-580A is equipped with a vertical furnace in order to integrate the automatic sample changer “Autoloader”. 2) While the CHS-580 uses a horizontal furnace, the CHS-580A is equipped with a vertical furnace in order to integrate the automatic sample changer “Autoloader”. 3) Compared to the CW-800 the CW-800M can process different carrier gases (N2, O2) and change temperatures during measurement (ramping).

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Surface Area & Pore Size Analyser

High Resolution, High-throughput Physisorption and Chemisorption Instrument Recognized as the most advanced instrument in the field for material surface characterization 1 . The 3Flex has become a crucial tool for providing high resolution adsorption, desorption, isotherms to advance and validate fundamental understanding into development of methodologies and process improvements. Extend and increase your knowledge. 3Flex permits you to optimize your experimental parameters to gain greater understanding of your material. This is the only available 3-port surface characterization system with the ability  to analyze a sample with 3 separate probe gases simultaneously, one on each analysis port, within a single run. Extend your range of study. Go beyond micropore and extend your range of resolution to the ultra-microporous level.  The advanced engineered design of the 3Flex permits you to acquire accurate results with a resolution to 10 -5  mmHg Optimize your process. With 3Flex you gain valuable data to validate your theories and rationalize the design and synthesis of MOFs, zeolites, activated carbons and other products. Utilize the high throughput results of the 3-port mesopore and micropore design of the 3Flex  to gain rapid understanding of restrictions or boundaries that may influence or impede your process optimization.

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particle counters

The  AvCount2  portable particle counter determines the particle distribution in a liquid sample, whether checking the quality of fuel, filter systems or in service lubricants. • Precise and reliable • Simple operation • Portable • Particle count and cleanliness code The  AvCount2  particle counter has a large LCD touchscreen display with a simple ‘press to start’ control for ease of use.  15 test methods are preset within the  AvCount2 with particle counting results delivered fast. The compact design of AvCount2 makes it ideal for use in the laboratory, whilst its portable build suits the production line or portable test applications.

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Ball on Cylinder Lubricity Evaluator

Test Equipment for Measurement of Lubricity of Aviation Turbine Fuels by the Ball-on-Cylinder Lubricity Evaluator according to ASTM D-5001.   Fully Automatic Test Equipment for Measurement of Lubricity of Aviation Turbine Fuels by the Ball-on-Cylinder Lubricity Evaluator according to ASTM D-5001. The BOCLE-equipment according to ASTM D-5001 measures the actual wear scar size with a test ball specimen. The wear scar is generated by the friction between the stationary ball and a rotating cylinder. A part of the rotating cylinder is immersed in the turbine fuel tank (50 ml) and covered with the turbine fuel. The temperature of the fuel tank is controlled, as well as the relative humidity of the air which is circulated into and above the test fluid – the air flow rate is controlled, too. The Test Ball is loaded by a constant weight for the test period 30 min. After the test the minor & major axis of the resultant wear scar are measured with a microscope. The wear scar defines the lubricity of the aviation turbine fuel  or other liquids .

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Crude Oil distillation System

Processor controlled combined crude oil distillation system for fully automatic operation according to ASTM D-2892 (TBP) and ASTM D-5236 (Potstill). PETRODIST 400 CC is a combination of the following systems: PETRODIST 100 CC (ASTM D-2892) PETRODIST 200 CC (ASTM D-5236) Both systems can operate at the same time (simultaneously) in fully automatic, uninterrupted and unattended mode.  The data evaluation software provides also a combined TBP-curve for both systems. Compact design with control system and safety items for unattended operation. No operator intervention and no intermediate stops are required. All necessary accessories will be supplied together with the system. The installation requires water, nitrogen, compressed air and electricity. The system enables to perform TBP- and Potstill – distillations of various crude samples according to ASTM-standards and is designed for laboratory use. The system is equipped with a central computer control, vaccum supply and thermostate system, data storage and evaluation station as well as a fraction collector, designed to serve for both distillation systems simultaneously and provides direct automatic distillation flow rate control. The fraction/receiver changes are automatically performed according to preselected cut temperatures or in case of receiver overfilling. Both systems are equipped with individual fraction collectors to allow simultaneous operation of both systems. The final data and the TBP-curve in wt% and vol% are printed out after reweighing the residue. The unit requires water, nitrogen, compressed air and electricity. Dry ice or liquid nitrogen is required for cold traps.

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Vacuum Distillation system

Fully automatic system with a new type of fraction collector as a replacement of PETRODIST 300 CC-F. The processor controlled system is designed according to ASTM D-1160 but with automatic fraction collector for the determination of boiling ranges of crude oil products under vacuum. The system can be operated in strict accordance to the ASTM procedure with 1 single receiver or alternatively by using a new type of automatic fraction collector with 5 receivers. Key features: operate in strict accordance with ASTM D1160 by using 1 single receiver or using a new type of automatic fraction collector with 5 receivers, 200 mL each   NEW! fraction collector can be operated by volume or by preselected cut temperatures   NEW! software kit to perform distillation similar ASTM D5236 with dynamic vacuum reduction procedure down to 0, 1 Torr flask sizes available 500, 1000, 2000 mL tempered automatic discharge pump for easy drain of even viscous product into open fraction collector   NEW! receivers can be closed with cap GL 45 new PILODIST brand touch screen panel control   NEW! fully automatic reporting and storage of results atmospheric distillation water removal (dehydration) process prior to distillation biodiesel distillation LIMS connectivity The distillation volume is measured automatically in receivers, temperature controlled by an IR-heater. The yield is calculated in percentage to the charge quantity. Distillation report, final data and distillation curve are printed out.   Technical Data   Available flask sizes 500 mL Flask charge 200 mL Operating temperature Up to 400° C (750° F) Final cut temperature up to 600° C AET Max ambient temperature 25° C Fraction collector 5 calibrated receivers, 200 mL each Operating pressure vacuum down to 1 Torr Mains supply 208-250 V, 50 Hz (standard) 208-250V,   60 Hz (optional)

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atmospheric distillation

Setastill Distillation   Part Number 11860-3   The distillation unit, mounted to the left, comprises a flask support mechanism, heater elements, and the heater controller. The flask is supported by a drop-in ceramic-glass support board mounted to a platform that is adjustable for height.   FEATURES   Ambient to 400°C distillation range Adjustable height heater/flask platform Toughened glass window Cooling fan   ADDITIONAL INFORMATION   The quartz enclosed heating elements are also attached to the platform, and are powered by a solid-state energy regulator and calibrated control. A cooling fan is installed in the rear of the distillation unit to reduce cooling time between distillations. A toughened glass observation window is fitted in the front of the distillation window, and a spillage collection tray with outlet is mounted beneath the heaters.   The condenser unit is attached to the distillation unit, and may be used with either a static fill of coolant or a laboratory cooling supply. Housed within the condenser unit is a thermally-insulated, stainless steel coolant tank, fitted with a permanently installed condenser tube. A drain tap and an overflow outlet are mounted on the rear of the unit.   Supplied with: mains lead and instruction manual.   SPECIFICATIONS   Distillation Range Ambient to 400°C Voltage Range 110/120V or 220/240V, 50/60Hz (switchable) Power 1000W maximum Condenser Tank Volume 7.2 litre Size (HxWxD) 47 x 37 x 25cm (Condenser) 47 x 21 x 21cm (Draught Screen) Weight 12 kg total CCCN Code: Tariff 90318080

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Seta RoBot Bath

Part number 15200-5 the seta robot bath is a floor standing unit used for the evaluation of oxidation stability of new and in-service engine, turbine and insulating oils in the presence of water and a copper catalyst. up to two oxidation test vessels (seta 15210-5) are supported at an angle of 30° in an oil bath, and rotated at 100 rev/min by an electric motor and bevel gear drive. the 72 litre oil bath is digitally temperature controlled. A hinged hood, fitted with a safety interlock that switches off the motor when opened to protect the operator from the rotating test vessels. The bath is equipped with low fluid level and over-temperature protection devices. Extraction fans remove silicone oil vapours and fumes from the bath. the pressure within a test vessel can be automatically measured and displayed in real time using a seta autorõbot pressure monitoring system (15205-2).   features ambient to 160°c 2 test stations fume extraction gear drive optional pressure monitoring additional information supplied with: mains lead and instruction manual. certification: supplied with ukas pressure test certificate. specifications temperature range ambient to 160°c temperature stability ±0.1°c bath capacity 72 litres bath fluid silicone oil number of vessels 2 rotational speed 100 rev/min voltage 220/240v, 50hz 220/240v, 60hz power 3.2kw size (hxwxd) 113 x 78 x 88cm weight 87kg cccn code: tariff 90269000 details of methods ip 229 astm d2112 astm d2272 oxidation stability of steam turbine oils by rotating astm d4742 oxidation stability of gasoline automotive engine oils by the film oxygen uptake (tfout)

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Vapour Pressure Analyser

Setavap3 Automatic Vapour Pressure Analyser Part Number 80500-0 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.   FEATURES Rapid automatic vapour pressure testing Triple and single expansion test methods In the field temperature and pressure calibration Easy to maintain Wide format colour touch screen Intuitive operating software

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Noack evaporative tester equipment.

Subject Determination of the evaporation loss of lubricating oils (particularly engine oils). Procedure A uses the Noack evaporative tester equipment. Procedure B uses the automated non-Woods metal Noack evaporative apparatus. Measuring Noack Principle A quantity of 65 grams of sample is heated to a specific temperature and maintained for 1 hour while it is enclosed in a crucible, the crucible’s cover is shaped to allow a constant vacuum of -2 mbar to remove from the crucible the evaporating portion of the sample. At the end of the test, the sample is cooled and then reweighted: the difference, reported in percentage, represent the sample’s Evaporation Loss by the Noack Method. Method A: bath is controlled at 250°C. Method B: the sample is controlled at 245.2°C. Measuring Temperature Probe Platinum resistance PT100 class A Measuring Parameters Temperatures: in °C Testing range: +225°C to +275°C Measuring range: 0°C … +320°C Resolution: 0.01 °C Accuracy: ± 0.1 °C Repeatability / Reproducibility: according ASTM D5800 or better Electronic regulator for automatic control of differential pressure Differential pressure 20 mm H20, accuracy 1% Crucible, Crucible Cover and Heating Block Same dimensions and volume as ASTM D5800 Electrically heated new designed aluminium block, no Woods metal needing Heating unit Electrical resistance, 500 W Vacuum Pump Equipped with high resistant Kalrez valve, inlet filter to remove product residuals Automatic electronic control system able to maintain the -2mB during the analysis Low voltage power supply Integrated Touch Screen Panel PC TFT/LCD 8” Resolution 1024 × 768, 16.2 M colours 2 USB ports for connection to an external printer and/or external PC Storage capacity for more than 60’000 analysis Lin-Tech operating software Lab-Link running in Windows ambient Automatic reading of the weight suggested balance LT/B-2470/BCA500 INT- CAL Software Features All analytical parameters recorded Customizable analysis parameters and methods Customizable results report Printable graphs and results The software includes: ANALYSIS MENU Standard method as per ASTM / IP / ISO / EN / DIN… norms of reference Unknown sample Audible alarm and displayed messages at the end of the analysis and in case of errors and/or malfunctions DIAGNOSTIC MENU Direct access to all analogue, digital, inputs and outputs Selectable value displaying: °C / Volt CALIBRATION MENU Automatic calibration of each temperature probe Last calibration date referred to every single probe displayed and relative data printable Display of calibration diagram Insertion of offset values DATA UTILITIES Fields for introduction of operator and product name Archive viewer for files recall All analysis stored in Excel® compatible format Storage capacity for more than 60’000 analysis LIMS compatible Dimensions Length 400 mm Width 450 mm Max. height: 450 mm Weight 22 Kg Electrical Supply 220V ± 15% / 50 to 60 Hz 115V ± 15% / 60 Hz Cord cable 3 conductors flexible cable 2 m (7 feet) length with PVC sheath oil and heat resistant as per CENELEC directives Ambient Temperature Max 35°C H.R. 80%

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Cloud & Pour Point Analyser

CLOUD POINT: ASTM D2500 - ASTM D5771 - ASTM D5772 - ASTM D5773 DIN 51597 IP 219 - IP 444 - IP 445 - IP 446 ISO 3015 POUR POINT: ASTM D97 - ASTM D5853 - ASTM D5950 IP 15 - IP 441 ISO 3016 CE marked Subject Cloud Point of petroleum products and biodiesel fuels. Pour Point of petroleum products, crude oils, motor and engine oils, additives, lubricating oils, … Measuring Cloud and Pour Point Principle CLOUD POINT The sample is cooled down according to the methods while the clouds appearance is observed on the silver bottom of the test jar by means of an optical sensor. The measurement is done by reflection on the silver bottom of the test jar via a fast light detector. The signal from light detector is traded by the LabLink software. The dynamic measurement is performed regardless of the sample’s colour. POUR POINT According to the methods, the sample is cooled down at a specified rate and, at the prescribed temperature intervals, the mechanical arm of the analyser lifts the test jar from the cooling jacket and tilts it in order to bring it in horizontal position to test the flow of the product. The sample movement is detected by the thermal probes (PT100 detection) placed above the sample surface which react if touched by the cooled sample. Measuring Cloud and Pour Point Devices Cloud: light pulsed emission on I.R spectrum through a coaxial fibber optic Pour: platinum resistance PT100 class A Pour: mechanical moving arm bringing the test jar in horizontal position Measuring Temperature Probe Platinum resistance PT100 class A The Cloud Point PT100 is touching the bottom of the test jar Measuring Parameters Temperatures: in °C Measuring range: +80°C … -80°C Resolution: 0.06 °C Accuracy: ± 0.1 °C Repeatability / Reproducibility: as per standards methods or better Software Features New LabLink software able to manage up to 6 analytical heads simultaneously (stand alone) User friendly interface All analytical parameters recorded Customizable analysis parameters and methods Customizable results report Printable graphs and results Self-identification of the typology of the analysers connected The software includes: ANALYSIS MENU Standard method as per ASTM / IP / ISO / EN / DIN… norms of reference: internal, with sample pre-heating, for Pour Point only external, without sample pre-heating, for Pour Point only Optional methods: fast bath, to reduce the time of analysis T-sample – T-bath (delta T constant) cooling rate °C / h Audible alarm and displayed messages at the end of the analysis and in case of errors and/or malfunctions DIAGNOSTIC MENU Direct access to all analog, digital, inputs and outputs Selectable value displaying: °C / Volt CALIBRATION MENU Automatic calibration of each temperature probe Last calibration date referred to each single probe displayed and relative data printable Display of calibration diagram Insertion of offset values Standard and advanced calibration modes DATA UTILITIES Fields for introduction of operator and product name Archive viewer for files recall All analysis stored in Excel® compatible format Storage capacity for more than 60’000 analysis LIMS compatible Integrated Touch Screen Panel PC TFT/LCD 12" Resolution 1024 × 768, 16.2 M colours 2 USB ports for connection to an external printer and/or external PC Storage capacity for more than 60'000 analysis Test Jar Same dimensions and volume as described by the standard test methods Product level mark Small edge on the top in order to fix the glass cell to the analytical head Silvered bottom with anti-scratch film protection Cooling System Integrated gas CFC free motor compressors: Single stage (for temperatures up to -40°C / 1) Double stage (for temperatures up to -80°C / 2) Equipped with an automatic energy power save system. After 15 minutes from the end of the analysis the cooling system goes in stand-by mode. Safety Devices Pressure controller for 1st stage motor compressor Pressure controller for 2nd stage motor compressor Thermostat for 2nd stage activation Thermo-switch for each cooling / heating jacket Motor compressors equipped with internal overload devices Electrical Supply 220V ± 15% / 50 to 60 Hz 115V ± 15% / 60 Hz Cord Cable 3 conductors flexible cable 2 m (7 feet) length with PVC sheath oil and heat resistant as per CENELEC directives Ambient Temperature Max 32 °C H.R. 80%

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h2s analyser

IP 570 - Determination of Hydrogen Sulfide in Fuel Oil – Rapid Liquid Phase Extraction Method The H2S Analyser was originally developed in cooperation with Lloyd’s Register’s ‘Fuel Oil and Bunker Analysis Service’ (FOBAS) along with support of other major international oil companies to offer rapid measurement of H2S in liquid petroleum products. The H2S Analyser is an excellent tool for supporting Quality Control and safety ensuring product is within approved specification. Rapid repeat sample measurement means it can also be used to assist product remediation treatment of feedstocks and off specification product. H2S is efficiently purged from the test sample by a combination of heat and agitation, and is measured by a proprietary advanced gas specific detector. The instrument offers a cost effective solution for H2S measurement – no costly or hazardous chemicals are required and there is no need for analytical preparation by an experienced chemist.  The Vapour Phase Processor (VPP) IP 570, procedure A includes the VPP accessory which provides a more robust specification tool for monitoring H2S. This is achieved by removing any interfering chemicals such as toluene, xylene or Mercaptans which can damage the sensor and ‘interfere’ with readings. Additionally the VPP can be used to address a broader range of petroleum products. H2S Analysis of Crude Oil ASTM D7621, appendix X1 The H2S Analyser combined with the VPP offers a fast and robust means of determining H2S levels to ensure effective evaluation and treatment of Crude oil. The instrument provides a cost effective alternative to traditional methods which typically are unable to identify entrained H2S especially at low gas levels. H2S – Global Proficiency Testing Scheme The SETA H2S PTS scheme provides global inter-laboratory comparison of test results and performance. Participation acts as a quality assurance programme enabling users to continually monitor and validate instrument performance and results in accordance with ISO/IEC 17025.   FEATURES Measurement range from 0-250 mg/kg H2S (0-250 ppm H2S) in the liquid phase Vapour Phase Processor proven to eliminate effects of chemical interference A non chemical method, no wet chemistry involved Small lab bench footprint, fully portable operation Suitable for monitoring residual marine fuel blends, Crude Oil, refinery feedstock components, cargoes & products in the distribution system Critical Measurement method for Product Safety and Release

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Salt in Crude Analyser

The Seta Salt-in-Crude Analyser is a robust and portable instrument for determining the chloride (salt) content of crude oils in full conformity to ASTM D3230, IP 265 and equivalent test methods. The Seta Salt-in-Crude Analyser is pre-calibrated and automatically displays salt concentration measurements in g/m3 or lbs/1000bbl (pounds per thousand barrels), this avoids the need to mix salt calibration standards and makes testing a simple and fast procedure.   FEATURES Pre calibrated for immediate use to ASTM D3230 Salt concentration values displayed automatically No need for mixing of salt standards Typical test time of less than 30 seconds Moisture proof membrane touch screen with large keys Calibration modes allow verification using user standards RS232 - PC compatible Fully portable, all items contained in aluminium carry case Supplied with beaker and sensor support stands Optional bench top stand (see photo) Interchangeable plug-in sensor Battery or mains power supply

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Oil Test Centrifuge

Part Number 90000-3 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. FEATURES Conforms to safety requirements IEC 1010-1; 1010-2-D 4 place swing out rotor Static, near vertical bucket positioning Specifically designed for testing oils Heated chamber, ambient to 80°C Membrane ‘touch’ control panel Pre-heat facility to ensure bowl is at test temperature prior to test Universal buckets for 12.5ml, 6 and 8 inch glassware Optional ‘Setafuge’ Hazard Reduction System Microprocessor control with 99 memories Optional trolley

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Foam Test Apparatus

Seta Foam Dual Twin Foam Test Baths Part Number 14020-8 Seafoam Dual Twin Foam Test Baths are a pair of highly transparent water baths for detecting undesirable foaming characteristics in lubricating oils, which could cause inadequate lubrication, overflow and cavitation. The instrument comprises a high temperature (normally 93.5°C) and a low temperature (normally 24°C) bath, each with the capacity to hold four 1000ml graduated glass cylinders. Each bath assembly comprises an inner glass bath contained in a polycarbonate safety vessel, a top mounted thermostir unit. Please note that DigiFlow mass flowmeters (14012-0) or glass flowmeters (14011-2) are required for testing, these are supplied separately and should be specified at the point of order. The bath has integral back-lighting with an opaque reflector which aids sample visibility and foam measurements. In addition, the low-temperature bath has a cooling coil for use when the laboratory ambient temperature exceeds the required bath temperature, and two air normalising coils to cool the air emerging from the high-temperature bath test cylinders prior to passing to external volume meters FEATURES High and low-temperature baths Temperature range ambient to 100°C Up to two simultaneous tests per bath Two pre-heating stations per bath Two integral normalising coils Local verification of the stones possible using the verification kit Digital Mass Flow or Glass Flowmeters

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Flash Point Tester

PM-93 Pensky-Martens Flash Point Tester 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 graphical user interface and 8.4” SVGA colour touch screen operation provide unparalleled ease of use with a 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. FEATURES NEW design, latest enhanced operation Fully conforms to test methods with 4 heating rates available Simple ‘3-step to test’ operation Unique patented ‘SafeFlash’ flame extinguisher system Large 8.4” Resistive touch screen menu Single action lifting arm operation Pre-dip safety mode Programmable with 30 test profiles, test methods & sample identities Test memory = 2000 results Gas or electronic ignition using proven and long lasting Seta ‘Ignite’ technology Compact footprint

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Bending Beam Rheometer

The TE-BBR is a thermoelectrically-cooled bending beam rheometer for testing flexural creep of asphalt binders from ambient to –40 °C (± 0.03 °C). A crack seal option provides for low-temperature characterization of crack seal “creep” under load for 0.5” thick specimens. TE-BBR meets or exceeds ASTM, AASHTO and SHRP provisions for flexural creep testing of asphalt binders.   COMMON APPLICATIONS Flexural creep of asphalt binders Low-temperature characterization of crack seal under load

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Cold Crank Simulator

CCS-2100 Automated Cold-Cranking Simulator The automated CCS-2100 is a cold-cranking simulator for measuring apparent viscosity of engine oils from –35 °C to –5 °C. Automated sample loading, operation and solvent-free cleaning permit unattended processing of up to 30 samples at one time.   COMMON APPLICATIONS Engine oils Lubricating oils Base stocks

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Density Meter

D155 Density/Specific Gravity Meter The automated CANNON D155 offers a low-cost, affordable alternative to manual hydrometer methods for measuring density and specific gravity with easy, one button operation. The built-in thermal control provides quick, precise measurement with 4 decimal resolution.   COMMON APPLICATIONS Petrochemical (solvents, fuels, fuel oils, lubricants, crude oil) Chemicals Pharmaceuticals Cosmetics Food and beverages

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Brookfield Viscometer

The compact, economical TESC (thermoelectric sample conditioner) system integrates and automates the entire ASTM D2983 conditioning and testing process for low-temperature viscosity of gear oils and ATF. Provides an automated alternative to ASTM D2983 sample conditioning and testing. Eliminates sample disruption during preheating, room temperature stabilization, cooling and final viscosity testing. Reduces result variability due to temperature fluctuation. Provides superior precision. Allows for unattended operation.   COMMON APPLICATIONS Gear oils Automatic transmission fluids

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Particle Size Analyser

There are numerous techniques by which to determine the quantity vs. equivalent size distribution of a collection of particles.  Selecting the right technology is critical to obtaining reliable data. No single technique is appropriate for all materials or applications. For this reason, Micromeritics offers you six different particle size analyzer choices, each employing different analytical techniques, to fit your application.

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gas pycnometer

Gas Displacement Pycnometry System Gas pycnometry is recognized as one of the most reliable techniques for obtaining true, absolute, skeletal, and apparent volume and density. This technique is non-destructive as it uses the gas displacement method to measure volume. Inert gases, such as helium or nitrogen, are used as the displacement medium. Density calculations using the gas displacement method are much more accurate and reproducible than the traditional Archimedes water displacement method. The AccuPyc II 1340 Series Pycnometers are fast, fully automatic pycnometers that provide high-speed, high-precision volume measurements and true density calculations on a wide variety of powders, solids, and slurries. The instrument completes most  sample analyses in less than three minutes without sacrificing accuracy . After analyses are started with a few keystrokes, data are collected, calculations are performed, and results displayed. A minimal amount of operator attention is required.

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