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... A deioniser suitable for general laboratory applications typically requiring up to 30 litres per day of deionised water. It is a wall mounted product that does not require mains electricity and indicates cartridge exhaustion ...
Purite Water Purification Solutions
... typically requiring up to 30 litres per day of deionised water. It is a wall mounted product that does not require mains electricity and indicates cartridge exhaustion by the use of colour change resin. This product is ideal for intermittent ...
Purite Water Purification Solutions
... A deioniser ideal for general laboratory applications which typically require up to 5 litres per day of deionised water. A wall mounted product that does not require mains electricity due to cartridge exhaustion being ...
Purite Water Purification Solutions
... 0,45/0,2μm. – Device efficiency min. 5-7 dm3/h. – Demineralized water conductivity < 0,055 μS/cm – Water collection point – first purity class (ISO 3696:1999, ASTM, EP). – Obtained water may be used ...
HYDROLAB
... 0,45/0,2μm. – Device efficiency min. 5-7 dm3/h. – Demineralized water conductivity < 0,055 μS/cm – Water collection point – I purity class (ISO 3696:1999, ASTM, EP). – Obtained water may be used for ...
HYDROLAB
... 0,45/0,2μm. – Device efficiency min. 5-7 dm3/h. – Demineralized water conductivity < 0,055 μS/cm – Water collection point – I purity class (ISO 3696:1999, ASTM, EP). – Obtained water may be used for ...
HYDROLAB
... /0,2μm. – Device efficiency min. 10-12 dm3/h. – Demineralized water conductivity < 0,055 μS/cm – Water collection point – first purity class (ISO 3696:1999, ASTM, EP). – Obtained water may be used ...
HYDROLAB
... 0,45/0,2μm. – Device efficiency min. 10-12 dm3/h. – Demineralized water conductivity < 0,055 μS/cm – Water collection point – I purity class (ISO 3696:1999, ASTM, EP). – Obtained water may be used ...
HYDROLAB
... 0,45/0,2μm. – Device efficiency min. 10-12 dm3/h. – Demineralized water conductivity < 0,055 μS/cm – Water collection point – I purity class (ISO 3696:1999, ASTM, EP). – Obtained water may be used ...
HYDROLAB
... – The device is fed by tap water. – Water purification levels: • sediment pre-filter 5µm, • integrated module (sediment-carbon-softening), • demineralization on a mixed ionex resin. – Water intake ...
HYDROLAB
... – The device is fed by tap water. – Water purification levels: • sediment-carbon filter 5µm/GAC 10”, • demineralization on a mixed ionex resin. – Water intake point – second purity class (ISO 3696:1999, ...
HYDROLAB
... – The device is fed by tap water. – Water purification levels: • sediment-carbon filter 5µm/GAC 10”, • demineralization on a mixed ionex resin. – Water intake point – second purity class (ISO 3696:1999, ...
HYDROLAB
... – The device is fed by tap water. – Water purification levels: • sediment-carbon filter 5µm/GAC 10”, • demineralization on a mixed ionex resin. – Water intake point – second purity class (ISO 3696:1999, ...
HYDROLAB
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