|
|
|
|
|
|
Its unique modular principle means that the system can be constructed individually. You can configure your multi EA 5000 to meet your needs, thus creating your personal analysis system. No problem if your analytical requirements change, the modular structure of the multi EA 5000 can be extended at any time.
The unique double furnace technology makes it quick to switch between vertical and horizontal applications in one instrument, i.e. fast and optimum adaptation to the sample matrix and analysis standard with minimal effort.
The flame sensor technology guarantees matrix-optimized, quantitative combustion. Even unknown samples, whose properties are undocumented, can be analyzed soot-free, precisely and reliably today.
Forget time-consuming method generation and optimization of process parameters, such as gas flow, temperature, dosing speed – these are in the past!
- Application diversity, analyzes solid, paste, fluid, gaseous and LPG samples
- Multi-element, with C, N, S and Cl determination in one instrument
- Multimatrix sampler, for fully automated determination of solid and fluid samples in vertical or horizontal furnace configuration
- Double furnace technology, optimal adaptation to the sample matrix – vertical and horizontal mode in a single instrument
- Extended measuring range with low maintenance, ultra-modern detectors, all the way from ppb to percent
- Modular design, freedom to select and extend your analysis system configuration
- Self Check System (SCS) for trouble-free operation
- Flame sensor technology for matrix-optimized sample digestion
|
|
TCL-2100V can measure total chlorine/sulfur from trace level in fast, easy. New developed control and electrodes enable ppb level measurement in accurate and stable. It can be applicable to variety of liquid and gaseous sample by approved coulometric analysis. Trace chlorine analysis down to 0.05ppm in liquid sample and 0.2ppm in gaseous sample. Auto liquid/solid sample can be upgraded afterwards for automation. Open/close furnace offer improved maintenance ability and safety.
Horizontal version (TOX-2100H) enable to handle liquid, gas and solid sample.
|
|
TS-100V offer wide mesurement range from 0.02ppm to percent level in highest reliability by the contribution of Oxygen control combustion and unique optics.
The combination of the Ultra Violet Fluorescence method as a Sulfur detector and vertical furnace using Oxygen control combustion (patent pending) realize more defined trace Sulfur measurements for petroleum, petrochemical, fuel, biodiesels.
And it can be upgraded to simultaneous Sulfur and Nitrogen analysis afterwards very easily.
Wide option are available for various application, autoliquid sampler, Gas&LPG injector, Trap&release unit, Nitrogen detector.
Horizontal version also available for solid sample.
|
|
In order to keep the NOx measurement in EPA method 7E and 20 in an economic frame, for example for applications like diesel NOx monitoring or automobile NOx monitoring, the conversion of NOx into NO with Nox Converter is the best economical and reliable solution.
The sample gas streams through a catalyst filled cartridge inserted into an oven which is heated up to over 400°C. The catalyst converts the NOx to NO and thus makes the analysis possible with IR analysers.
Gas Converter BÜNOx
Gas converter NO2 -> NO
High conversion rate at low temperature
Long lifetime
No cross-sensitivity on CO and H2O
Microcontroller
|
|
The Thermo Scientific TITAN 4000 is the ultimate Total Nitrogen,
Sulfur and Chlorine Analyzer, perfectly crafted for today’s
demanding laboratories. Powerful advances in technology deliver
brilliant results, with unprecedented sample throughput and
lowest cost of ownership.
• TN/TS analysis in less than 2 minutes
• Up to 60% reduction in bench space
• Consumable savings of at least 10% pa
• Future proof upgradeability
|
|
|
The 200 Series of analyzers utilize the ultra-sensitive chemiluminescence technique for stable, precise measurements of NO, NO2, NOx, NH3 and O3. The 200 Series offers performance and quality that are unsurpassed in the industry.
|
|
9000NS - TOTAL NITROGEN & SULFUR ANALYZER
Our 9000 Series Analyzers use proven technology to perform total nitrogen and/or total sulfur analyses from low ppb to percent levels. Their speed, accuracy, and precision are unrivalled — more stable than coulometric methods, more sensitive than x-ray, safer and faster than Kjeldahl.
These new generation analyzers include a computer with Windows™-based, custom-designed software. Data acquisition, analysis, and storage, as well as programming and control of the analyzer and accessory instrumentation are easy using the user friendly, menu driven interface. Remote instrument operation and real-time analysis support are provided via Remote Access.
|
|
| ... products without technical information |
| |
HP(Ge) Coaxial Detectors GCD (Liquid Nitrogen cooled)
APPLICATION
Detection of Gamma-ray of environmental objects in nuclear energetics, products of industry and agriculture, medicine, etc.
FEATURES
- 10% - 160% efficiency HPGe p-type coaxial detectors are available;
- Energy range from 40 keV to 10 MeV;
- High efficiency of radiation detection;
- High energy rate up to 200000 MeV/sec;
- Excellent peak symmetry;
- Detection of radiation in any spatial orientation depending on cryostat modification;
- Manufacture in a portable cryostat is possible.
COMPLETE SET
- HP(Ge) coaxial detector (p-type);
- Preamplifier with cooling input stage;
- Cryostat;
- Spectrometric Device;
- Dewar vessel.
For additional information, please contact us: sales@bruker-baltic.lv
|
|
For computer-based analysis of complex spectra requiring the best in resolution, peak-to-Compton ratio, peak shape, and efficiency:
Large stocklist at all times
Efficiencies to 150%, higher on request
New "Application-Tuned" PROFILE Series available
PopTop flexibility
Excellent energy resolution
Excellent peak symmetry
Automatic high-voltage shutdown protects preamplifier input FET
Indicator warns of excessive counting rate
PLUS preamplifier option for ultra-high-rate applications
|
|
|
Canberra Industries is the world's largest manufacturer of nuclear radiation detection and analysis systems. In order to better serve our customers worldwide, Canberra operates detector manufacturing facilities in the U.S. and in Europe. Canberra Semiconductor, N.V., which is located in Olen, Belgium, provides Ge detectors to the European market. In addition, C.S.N.V. manufactures a semiconductor detector for charged particles known as the PIPS (Passivated Implanted Planar Silicon) Detector. Detector Products Division, which shares the home plant in Meriden, Connecticut, provides Ge detectors to the world market outside Europe, and manufactures Si(Li) X-ray Spectrometers as well as a comprehensive line of shields and accessories for detectors and detector systems.
|
|
The MWS 2300: perfect in every detail. Based on SEHO's worldwide leading nitrogen technology, the precision machine tooling and the modular design of the system, makes the nitrogen wave soldering system MWS 2300 a powerful piece of equipment. It is ideally suited to solder demanding printed circuit boards – even at high throughputs.
The flexible preheating zone configuration with a preheat length between 1800 mm (70.8 inch) and 3300 mm (129.9 inch) makes it possible to suit your specific production requirements. Should your requirements change in the years to come, simply – and without great expense – change the configuration of the soldering machine.
|
|
SEHO PowerReflow is an innovative convection reflow soldering system which is featured with low investment and operation costs, and: it is the "little sister" of SEHO MaxiReflow which won the Global Technology Award 2006.
A special innovative feature of the PowerReflow is the new transport system "LowMassConveyor". Here, the conveyor rails are carried by stainless steel ropes which are tensioned throughout the entire machine. All mechanical parts inside the process area, therefore, are reduced to a minimum as the parallelism of the conveyor exclusively is achieved with the controlled tensioning mechanism. This new and innovative concept allows very slim conveyor rails and center support which are "thermally invisible".
|
|
The MWS 2300: perfect in every detail. Based on SEHO's worldwide leading nitrogen technology, the precision machine tooling and the modular design of the system, makes the nitrogen wave soldering system MWS 2300 a powerful piece of equipment. It is ideally suited to solder demanding printed circuit boards – even at high throughputs.
The flexible preheating zone configuration with a preheat length between 1800 mm (70.8 inch) and 3300 mm (129.9 inch) makes it possible to suit your specific production requirements. Should your requirements change in the years to come, simply – and without great expense – change the configuration of the soldering machine.
|
|
SEHO PowerReflow is an innovative convection reflow soldering system which is featured with low investment and operation costs, and: it is the "little sister" of SEHO MaxiReflow which won the Global Technology Award 2006.
A special innovative feature of the PowerReflow is the new transport system "LowMassConveyor". Here, the conveyor rails are carried by stainless steel ropes which are tensioned throughout the entire machine. All mechanical parts inside the process area, therefore, are reduced to a minimum as the parallelism of the conveyor exclusively is achieved with the controlled tensioning mechanism. This new and innovative concept allows very slim conveyor rails and center support which are "thermally invisible".
|
|
The equimolar nitrogen response of ANTEK's Model 8060 family of HPLC detectors allows for the quantification of a wide variety of nitrogen containing compounds without the need to use the target compound to calibrate the detector response
Features & Benefits
- Suitable for high throughput screening
- Total or speciated nitrogen detection
- Reduce sample preparation time
- Easily added to existing HPLC systems
- Sensitive 0.3 ngN
- 5 components yields a 5 pt calibration curve from only 1 injection
|
|
A step ahead: GANIMEDE-N with integrated digestion for nitrogen
determination.
After the successful launch of GANIMEDE-P, the new GANIMEDE-N analyser is the logical next step forward in LANGE laboratory automation.
The patented high-temperature module with flash cooling, which has already proved itself in the GANIMEDE-P, digests the samples in the shortest possible time.
The analysis method of the GANIMEDE-N corresponds to the requirements of DIN EN ISO 11905-1. With analysis thresholds of 0.5 and 200 mg/l, GANIMEDE-N covers a broad sample spectrum. The evaluation is carried out photometrically in the UV range. Up to 50 samples can be analysed in series. It takes only 5 minutes to analyse a single sample!
Time-consuming preparation of your own reagents is no longer necessary, as ready-to-use chemicals are also available for the GANIMEDE-N, ensuring that analytical convenience can go hand in hand with top quality.
|
|
|
|
|
|
Vakuum-Conveyors with Inerting-Function:
Volkmann Inert-Conveyors INEX
Our Vacuum Conveyors INEX with Inerting function are based on the Vacuum Conveyor families VR and PPC. They transfer materials under inert conditions into all sorts of process machinery. Optional the whole conveying process itself can be done under Nitrogen or other inert gases. INEX Vacuum Conveyors are the reliable solution for transferring easily inflammable bulk materials, for the filling of reactors under atmospheric conditions, which have burnable liquids of gases inside.
In the first step, the product is conveyed under air or inert gas into the separator container of the vacuum conveyor. After filling of the separating container the conveyors product inlet is closed and the product inside the conveyor is set under vacuum (-50 to -90 kPa, depending on the application). Subsequently, the pressure inside the separator is balanced with inert gas. This inerting can be done several (usually 3) times, to ensure a high level of Oxygen reduction.
Then the material is released from the conveyor through its bottom discharge valve. Since ignitable gases may move upwards into the conveyor during its discharge through the discharge valve, a new inerting cycle is run to bring the interior of the conveyor back into inert conditions before the next material suction cycle.
INEX Vacuum Conveyors are highly interesting for the filling of reactors, if the solids can be brought into the vessels under atmospheric pressure conditions. If a positive pressure in the unit to be fed occurs during the following process, the INEX conveyor is disconnected by a pressure resistant valve (if necessary with safety monitoring and pressure relief). INEX vacuum conveyors have all the advantages of VR- and PPC Conveyors. They are lightweight, easy to assemble and disassemble, have superior material qualities and can be used in FDA applications. They are much easier in operation than pressure-proof vacuum conveyors and come with really working filter units with big filtration area.
A unit, which your production workers won't give away any more after installation.
Talk to us about your material handling and conveying task.
|
|
| ... products without technical information |
| |
|
|
