Demineralizers
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Demineralizers HLP series
Producer: HYDROLAB
Nr CAT:
System performance [l/h]: 4-4,5, 5-7, 10-12, 20-22, 30-32, 40-42, 60-62
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R series demineralizers
Producer: HYDROLAB
Nr CAT:
System performance [l/h]: 5-7, 10-12, 20-22, 30-32
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Basic series deionizers
Producer: HYDROLAB
Nr CAT:
Dimensions: 235 x 440 x 510 mm, 270 x 470 x 570 mm, 250 x 310 x 1120 mm, 250 x 310 x 1320 mm
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Demineralizers Technical Series
Producer: HYDROLAB
Nr CAT:
System performance [l/h]: 5-7, 10-12, 20-22, 30-32, 40-42, 60-62
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Spring series demineralizers
Producer: HYDROLAB
Nr CAT:
System performance [l/h]: 5-7, 10-12, 20-22, 30-32, 40-42, 60-62
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Ultra series cleaning systems
Producer: HYDROLAB
Nr CAT:
Dimensions: 235 x 470 x 570 mm, 270 x 470 x 570 mm, 250 x 310 x 1120 mm
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Demineralizers of the Technical Plus series
Producer: HYDROLAB
Nr CAT:
System performance [l/h]: 5-7, 10-12, 20-22, 30-32, 40-42, 60-62
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Demineralizer is a modern, widely used water treatment system in the laboratory. These devices operate under tap water pressure. The built-in multi-stage water purification process is fully automatic and maintenance-free, and only requires replacement of filters and ion-exchange deposits. Each of the demineralizers we offer is equipped with a microprocessor-based control and measurement system, which continuously monitors all stages of water purification, thus providing an excellent source in the laboratory, which in turn is essential for ongoing research work in the laboratory. A source of pure or ultra-pure water for laboratory dishwashers, analyzers, autoclaves, climate cabinets, water baths, as well as through the distribution of a suitable internal network in the building is something essential for daily work. Based on many years of experience and modern components we use in our devices, the systems we offer can supply water to several laboratory rooms and floors, which is extremely optimal even in small and large laboratories, where a water source in each room facilitates the work of the laboratory technician. All this means that this system provides demineralized water in every place to work in the laboratory. Before building such a system, we need to define the demand for water in our laboratory, that is, to determine the daily demand for water, preferably even on an average hourly basis. Then, in the planning process, we determine the reservoir ( tank ) for the entire system that will store our water on an ongoing basis. It is good to equip such a system with a UV lamp. Then, in the case of using such water in microbiology, we will be sure that there are no bacteria in our water, which is extremely important when doing microbiological work. Another important task is to determine the water with which parameters we need, whether in terms of the need for water suitable for analytical and instrumental purposes we are able to meet our analyses and maintain the parameters of our work in the laboratory. In the case of, for example: obtaining water with a conductivity of less than 0.06 µS/cm and meets the requirements of the standards: PN-EN ISO 3696:1999, ASTM, CLSI, FP. The obtained water can be used for instrumental analysis of AAS, ICP/MS, IC, HPLC, GC . Then all that remains is to select the appropriate instrument model for our work. For more demanding laboratory work, we can equip the system with extensive automation enabling monitoring of equipment operation, i.e.: consumables, archiving of equipment operation data, and individually set alarm thresholds for feed water parameters after reverse osmosis and ultrapure water, as well as select the control function for automatic rinsing of membrane modules. The systems we offer can be equipped with a number of safeguards that allow for comfortable and long-term operation of the device. We offer HLP, R Series, Basic Series, Technical Series and Spring Series demineralizers.