Showing 5–8 of 16 results
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LS Industrial Reverse Osmosis System
Price on request Read more- Output: up to 80 liters / hour ( 15°C water temp. )
- Membrane IEM 380 or 2514 ( depending on version )
- Membrane housing Type 2012 or 2514 ( depending on version )
- Stainless steel rotary vane pump 230V AC TYPE P210
Type
Output Liters /h Voltage
Weight approx. kg Dimensions W x D x H in mm LS10 10 235W 230V 50Hz 25 360 x 500 x 460 LS20 20 26 LS30 30 27 LS40 40 28 LS60 60 30 -
ROWZ Industrial Reverse Osmosis System
Technical Data:Price on request Read more- Output 150 to 1000 liters / hour ( @15° C water temperature )
- Dimensions approx. WxDxH. (see table)
- Membrane IEM 4040 XLE ( extra low energy PA membrane ) or XHR
- Membrane housing · ( stainless steel pressure vessel )
- Stainless steel centrifugal pump 230 /400V AC, low-noise, ( see table )
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RO2S Ultrapure Water Reverse Osmosis System
Technical Data:Price on request Read more- up to 3-stage ultrapure water treatment system
- Output 100 liters/ h @ 10°C
- Permeate: - Conductivity of the product < 1* µS/cm - Silicate content < 0.1 ppm - TDS < 1 ppm
- Dimensions approx. WxDxH 1000 x 1700 x 1400 ( in mm )
- Stage 1 reverse osmosis system „free-standing unit Type RO40401
- Stage 2 reverse osmosis system „free-standing unit Type RO 40401
- Stage 3 mixed-bed resin + EP with lab resin
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3-Stage 20 L/h EDI Ultrapure Water Reverse Osmosis System
3-Stage 20 Liter / Hour Ultrapure Water Reverse Osmosis EDI Water Treatment System (All-in-One solution)Price on request Read more- Application area: Research / Laboratory / Medicine
- 20 liters / hour (< 1 µs/cm and TOC <0.3 mg/l @15° C water temperature)
- Basic configuration:
- Stage 1 reverse osmosis system „free-standing unit Type RO4040x”
- Stage 2 reverse osmosis system „free-standing unit Type RO4021x”
- Stage 3 electrodeionization ( EDI )
- Touch screen control. An EDI unit with matching output is used for the permanent production of ultrapure water. This technology works through electrodialysis and electrodeionization. Removing bacteria in ultrapure water applications is especially critical in medical and laboratory procedures. Ultrafiltration technology ( hollow fiber membrane ) is used to kill and remove bacterial contamination with the help of ultraviolet irradiation. When integrated into a ring main, the system can also supply the entire consumer base of a laboratory facility or other requirement and permanently prevent the growth and formation of bacteria through UV and ultrafiltration.
- Basic configuration: