KNF diaphragm gas pumps transfer or compress gases and vapors and generate vacuum without contaminating t...
KNF at analytica 2024
State-of-the-art diaphragm pumps for demanding applications on display
From April 9 to 12 in Munich, Germany, analytica will once again bring together experts from the fields of laboratory technology, analytics, and biotechnology. KNF will present the latest diaphragm pump technologies for demanding applications. The state-of-the-art pumps can be seen at KNF’s booth, A1.514.
Latest Generation of Smooth Flow Pumps
KNF will showcase the latest developments in Smooth Flow Technology with the new FP 7 and FP 25 series. These liquid diaphragm pumps are designed for demanding liquid handling requirements. They offer excellent pulsation dampening properties, allowing them to be used in areas previously not considered suitable for diaphragm pump technology.
Depending on the series and configuration, the self-priming pumps deliver flow rates up to 250 ml/min, pressures up to 60 mH2O and suction heads up to 3 mH2O. These unique features make them ideal for analytical applications such as titrating extracts from aqueous solutions, in hydrogen generators, or for feeding samples to analyzers.
Compact yet Powerful: KNF DC-BI Micro Gas Pumps
Advanced micro gas pump series equipped with KNF DC-BI, the latest pump drive technology for micro gas pumps, will also be on display. The innovative motor was developed by KNF and is manufactured in-house. It offers unprecedented compactness and outstanding durability combined with extensive digital customization and maximum performance.
Visitors will have the opportunity to see the latest DC-BI pump series: NMP 830.1.2 DC-BI and NMP 850.1.2 DC-BI. These double-head pumps extend the DC-BI range, which can now deliver a flow rate of up to 8.5 l/min, an ultimate vacuum of up to 55 mbar abs and a maximum pressure of up to 3 bar rel, depending on the exact pump configuration. This allows KNF to offer ideal solutions for applications like degassing of eluent in HPLC devices, the extraction of gases from liquids for further analysis and for the transfer of Zero Air in total organic carbon (TOC) applications.