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Found : 421 items

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RANGE : GAS CLEAN
APPLICATIONS : GC , FUEL CELL , GC - FID , GC-MS , GC - ELCD , GC - NPD
GAZ TYPE :
TECHNOLOGY :
COMMENT : Clean Gas Filters can be installed within seconds without disturbing the technical and analytical performance of the gas-chromatographic system. These cartridges do not connect directly in to the gas line like a typical in-line filter, but onto a specially designed base plate, allowing a diffusion-proof installation without the use of tools. The unique POINT-OF-USE glass/metal, diffusion proof Clean Gas Filters, purifies delicate carrier, fuel, and other gases for your GC and GC-MS system. These filters remove hydrocarbons, oxygen (color indicated) and moisture (color indicated) to better than 6.0 gas (99,9999%) quality. This purification is independent of the original gas quality.


RANGE : NDL
APPLICATIONS : NMR , AA , GC - FID , GC - ATD , RHEOMETER
GAZ TYPE : PURGE GAS
TECHNOLOGY : PSA - Pressure Swing Adsorption
COMMENT : THE NEED FOR CLEAN, DRY AIR Compressed air is an important source of energy that is widely used throughout industry. This safe and reliable utility is often the most important part of a production process. However, atmospheric air contains water vapour, which condenses to water droplets when the compressed air cools. Water and dirt in compressed air causes a major inconvenience and cost to the user, as it may damage the equipment connected to the compressor. At the same time, moisture and heat from the compression of the air create favourable conditions for growth of microorganisms. If the compressed air is in direct contact with human beings, animals, food or medical equipment, hygiene problems may arise.


RANGE : SD
APPLICATIONS : AIR TREATMENT
GAZ TYPE : DRY AIR
TECHNOLOGY : FRIDGE DRYER
COMMENT : Compressed air is an indispensable source of operating and processing power in all areas of industrial and technical production. To prevent production downtimes compressed air must be clean, dry and oil free. Compressed air is generated by raising the pressure of large volumes of ambient air. Usually this air contains harmful substances, such as dirt particles and moisture in the form of water vapour. The water vapour condenses and can lead to operational break- downs and considerable but avoidable costs.


RANGE : CQ
APPLICATIONS : AIR TREATMENT
GAZ TYPE : DRY AIR
TECHNOLOGY : FRIDGE DRYER
COMMENT : The supply of compressed air in the laboratories is of an essential utility. But the compressed air contains water, oil and dust which can deteriorate the pneumatic instruments and affect the lifespan of the analytical instru- ments. The fridge dryer makes it possible to treat the air coming from a compressor by lowering the dewpoint of water to +3C and to ensure a quality of air in conformity with the standard ISO 8573.1 Class 1.4.1.


RANGE : HED
APPLICATIONS : AIR TREATMENT
GAZ TYPE : DRY AIR
TECHNOLOGY : PSA - Pressure Swing Adsorption
COMMENT : Complete purification package with heatless adsorption dryer, pre, afterfilter and level-controlled electronic condensate drain. Compressed air is used in almost all areas of industrial manufacturing as a source of or processing. Compressed air needs to be dry, oilfree and clean in order to prevent costly production downtimes and losses in the production quality. The atmospheric air drawn in contains harmful substances, dirt particles and moisture in the form of water vapour, which condenses out in compressed air pipes and can lead to considerable costs (corrosion, freezing etc.).


RANGE : SPN
APPLICATIONS : AIR TREATMENT
GAZ TYPE : DRY AIR
TECHNOLOGY : MEMBRANE
COMMENT : The ecological solution for high compressed air quality in small and mean volume flows. Humid compressed air flows through a bundle of hollow fibres. The hollow fibres are composed of a membrane specifically designed to attract water vapour. This means that the water vapour on the inside of the hollow fibres is absorbed, and is then diffused through the very thin selective layer until the water vapour molecules have reached the outside of the membrane. Here, they are again desorbted and removed from the membrane. Depending on the work load of the module, different drying grades of the compressed air can be obtained. A falling pressure dew point at the inlet also results in a falling pressure dew point at the outlet. In this way, the compressed air is perfectly dehumidified under all circumstances.


RANGE : DF-S
APPLICATIONS : AIR TREATMENT
GAZ TYPE : TREATED AIR
TECHNOLOGY :
COMMENT : Submicronic Coalescing Filter with Economizer or econometer, electronic or mechanical drain purge or plug, according to the configuration of different types of elements filter suitable for the treatment of compressed air and gases. Initial pressure loss : 0.1bar (based on nominal flow rate at 7 bar, dry condition) Residual oil content < 0,01 mg / m (based on inlet concentration of 3 mg/m3)


RANGE : DF-V
APPLICATIONS : AIR TREATMENT
GAZ TYPE : TREATED AIR
TECHNOLOGY :
COMMENT : Coalescing Filter with Economizer or econometer, electronic or mechanical drain purge or plug, according to the configuration of different types of elements filter suitable for the treatment of compressed air and gases. Initial pressure loss : 0.05bar (based on nominal flow rate at 7 bar, dry condition) Residual oil content < 1 mg / m (based on inlet concentration of 3 mg/m3)


RANGE : DF
APPLICATIONS : AIR TREATMENT
GAZ TYPE : TREATED AIR
TECHNOLOGY :
COMMENT : Filter accessories


RANGE : DF-A
APPLICATIONS : AIR TREATMENT
GAZ TYPE : TREATED AIR
TECHNOLOGY :
COMMENT : Activated Carbon Filter with plug Initial pressure loss : 0.1bar (based on nominal flow rate at 7 bar, dry condition) Residual oil content : 0.003 mg / m(when M or S filter positioned upstream) A-filter available as Standard (without Econometer and drain) and Plus version (with Economizer, without drain)


RANGE : DF-M
APPLICATIONS : AIR TREATMENT
GAZ TYPE : TREATED AIR
TECHNOLOGY :
COMMENT : Micronic Coalescing Filter with Economizer or econometer, electronic or mechanical drain purge or plug, according to the configuration of different types of elements filter suitable for the treatment of compressed air and gases. Initial pressure loss : 0.09bar (based on nominal flow rate at 7 bar, dry condition) Residual oil content < 0,1 mg / m (based on inlet concentration of 3 mg/m3)


RANGE : DF-P
APPLICATIONS : AIR TREATMENT
GAZ TYPE : TREATED AIR
TECHNOLOGY :
COMMENT : Particles Filter with Economizer or econometer, electronic or mechanical drain purge or plug, according to the configuration of different types of elements filter suitable for the treatment of compressed air and gases. Initial pressure loss : 0.05bar (based on nominal flow rate at 7 bar, dry condition) Efficiency: 100% at 25 microns


RANGE : DF-T
APPLICATIONS : AIR TREATMENT
GAZ TYPE : TREATED AIR
TECHNOLOGY :
COMMENT : System unique and patented, allow to protect your market The three-stage filter is ideally suitable as point-of-use filter, where the highest quality of compressed air is necessary and only small place for installation is available. Filter performance data at nominal flow rate, defined by the following operation conditions for the 3 size available : Outlet operating overpressure : 7 bar Outlet operating temperature : 20C Content of oil aerosol at inlet : 3mg/m3 Service lifetime of activated carbon stage : 2 000 h Compressed air quality class acc. to ISO 8573-1:2010 : for oil <0.003mg/m3, class 1 for solid particles Class 1 Differential pressure in new condition, dry : 330 mbar


RANGE : AKC
APPLICATIONS : AIR TREATMENT
GAZ TYPE : TREATED AIR
TECHNOLOGY :
COMMENT : Activated carbon adsorber with residual oil indicator AKC filter (active carbon filter) is used to remove all oil vapor from compressed air system for use with absolutely no Oil bearing / oil vapors may come in compressed air. It is equipped with a residual oil indicator which precision is less than 0.01 ppm. AKC models are provided for processing speeds of 5 to 875 m3 / h, they were built and tested at temperatures up to 50 C. The establishment of a sub-micron inlet filter AKC reduces contamination of activated carbon with oil.


RANGE : AG
APPLICATIONS : CO2 ANALYZER
GAZ TYPE : TREATED AIR
TECHNOLOGY : PSA - Pressure Swing Adsorption
COMMENT : Pure Air generators are some of the smallest and most efficient purifier systems for laboratory use. Utilising a air dryer to remove Water and dirt. This Pure air station is controlled using the latest in HMI touch screen technology to display the process in real time


F-DGSi, 8-10 RUE DU BOIS SAUVAGE - BATIMENT Q18 - 91055 EVRY CEDEX - FRANCE, Tel: +33 (0)1.64.98.21.00 - Fax: +33 (0)1.64.98.00.43


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