Chemistry vacuum system ME 16C NT +EK

Chemistry diaphragm pumps of the NT design are an excellent solution for continuous, oil-free pumping of corrosive gases and vapors. The one-stage construction provides the advantageous combination of high pumping speed and low ultimate vacuum down to 70 mbar. All major parts in contact with pumped media are made of chemically resistant fluoroplastics. Well-proven PTFE sandwich diaphragms for increased reliability and extended operating life. The eight cylinders pump ME 16C NT provides a particularly high performance together with a compact design. Upgraded with an outlet exhaust vapor condenser (EK) the ME 16C NT +EK provides an environmental friendly system with efficient solvent recovery. Eight-cylinder NT pumps feature quiet operation, smooth and easy to clean surfaces. Large one-stage chemistry-design diaphragm pumps are an excellent choice for pumping large amounts of gases and vapors. They do not consume water and therefore do not produce any contaminated waste water. Typical applications are vacuum ovens and in general evaporations of low boiling solvents. We recommend the ME 16C NT pump especially for processes with very large gas flow at high inlet and process pressures. The ME 16C NT VARIO minimises the danger of superheating and foaming and therefore ensures a constantly high process safety. Evaporation processes can be run fully automatically and with short process times and high sensitivity at the same time.
Chemistry diaphragm pumps from VACUUBRAND for aggressive gases and vapors are available in the basic version, with two-point or VARIO® control.
Chemistry diaphragm pumps from VACUUBRAND for aggressive gases and vapors are available in the basic version, with two-point or VARIO® control. Their construction with fluoropolymers makes them very resistant to chemical vapors from inlet to exhaust.
• outstanding chemical resistance and superior vapor tolerance
• very high pumping speed even at low vacuum levels
• compact design
• whisper quiet and very low vibration
• excellent environmental friendliness due to efficient solvent recovery