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To convert small flange DN 16 to hose nozzle DN10.
Vacuubrand chemical and heat resistance vacuum tubing is high quality.
Vacuubrand chemical and heat resistance vacuum tubing is high quality.
Exhaust gases from oil-sealed rotary vane pumps always carry a certain quantity of oil mist. This is extremely unpleasant, and even harmful, for those working nearby. VACUUBRAND oil mist filters separate nearly 100% of oil mist at the ultimate vacuum of the pump.
The ME 1C diaphragm pump offers a compact, high performance and easy-to-use solution which is perfect for single filtrations. Robust PTFE diaphragms and valves provide optimal chemical resistance. Application: Filtration
The one-stage pumps RE 2.5 are high-performance rotary vane pumps with extra compact design and low weight. They are the ideal solution for a wide range of laboratory and process applications that require low ultimate vacuum at medium gas flow rate. Application: Drying chamber, Lyophilization/Freeze drying, Drying with minimal residues, Fore-vacuum generation for turbo molecular pumps
The MZ 1C diaphragm pump offers a compact, high performance and easy-to-use solution which is perfect for single filtrations. Robust PTFE diaphragms and valves provide optimal chemical resistance. Application: Filtration & Aspiration
VACUU·SELECT controller - an application-based controller with a touch screen display for all of your lab-scale vacuum processes. Use manual set-point-control for simple processes, run fully automated distillations or create your own application with simple drag-and-drop editing. To use pre-defined applications, simply select your application and press start. The controller independently manages the vacuum process to completion. For solvent evaporation, the VACUU·SELECT controller detects boiling points and adjusts the vacuum process as necessary.
- CVC 3000 controls vacuum, cooling water and venting to demand - Intuitive operation with turn-and-tap jog wheel and clear text menus - Rugged VSP 3000 vacuum sensor made of plastics and ceramics with high chemical resistance, splash-water proof, also for rough operating conditions - VSP 3000 with wide measurement range from atmospheric pressure to fine vacuum (10-3 mbar) according to the principle of thermal conduction - The in-line solenoid valve is chemically highly resistant (series C)
The pump MZ 2C NT is equipped with a gas ballast valve for continuous condensate purge increasing the pumping capability of condensable vapors. This pump is our most popular chemistry diaphragm pump, and is the heart of a family of VACUUBRAND pumping systems. The NT-series features further improved performance data and superior vapor tolerance. Two-stage chemistry-design diaphragm pumps are an excellent choice for applications with corrosive gases and vapors with medium vacuum requirements. They do not consume water and therefore do not produce any contaminated waste water. Application: Rotary evaporators, vacuum concentrators, gel dryers, vacuum ovens and many other laboratory applications.
A vacuum controller CVC 3000 detect bench-top device, complete with vacuum solenoid valve, non-return valve, integrated ceramic diaphragm vacuum sensor and venting valve. With power supply, ready to use.
The two-stage RZ 2.5 are high-performance rotary vane pumps with extra compact design and low weight. They are the ideal solution for a wide range of laboratory and process applications that require low ultimate vacuum at medium gas flow rate. Application: Drying chamber, Lyophilization/Freeze drying, Drying with minimal residues, Fore-vacuum generation for turbo molecular pumps
This 3-stage diaphragm pump is an excellent solution for continuous, oil-free pumping of non-corrosive gases. All parts in contact with pumped gases and vapors are made of aluminum, stainless steel and carefully selected plastics suitable for a wide range of applications with non-corrosive gases. The highly flexible fabric-reinforced double diaphragm made of FKM is ideal for extended operating life. Application: Rotary evaporator, Vacuum concentrator, Drying chamber, Fore-vacuum generation for turbo molecular pumps
Most popular model when vacuum control is required. The VARIO motor speed control also makes the pump whisper quiet and provides for exceptionally long maintenance intervals. Application: Rotary evaporator, Vacuum concentrator, Drying chamber and Gel dryer
All parts of the MD 4C NT in contact with pumped media are made of chemically resistant fluoroplastics. Well-proven PTFE sandwich diaphragms provide increased reliability and extended operating life. Due to the gas ballast valve and its very good ultimate vacuum (even with gas ballast) the MD 4C NT is also suitable for pumping condensable vapors of high-boiling solvents. The NT-series features further improved performance data, easy service and superior vapor tolerance. Three-stage chemistry-design diaphragm pumps are an excellent choice for applications with corrosive gases and vapors with high vacuum requirements. Application: Rotary evaporators, vacuum concentrators, gel dryers, vacuum ovens and many other laboratory applications.
The RC 6 chemistry-HYBRID pump is a combination of a two-stage rotary vane pump and a two-stage chemistry diaphragm pump for optimized corrosion resistance. The diaphragm pump maintains the oil reservoir under vacuum in order to keep the partial pressures of solvent vapors at levels below their condensation points and to reduce largely the concentration of oxygen and corrosive gases. Therefore the RC 6 chemistry-HYBRID pump has a much higher solvent vapor pumping capability and resistance to aggressive gases than conventional rotary vane pumps. Application: Drying chamber, Lyophilization/Freeze drying, Vacuum concentrator
The dry screw pump VACUU·PURE® 10C reliably delivers the benefits of oil-free vacuum technology in the pressure range of 10-3 mbar. The new vacuum pump combines three important benefits for the user: 100% oil-free, chemically resistant, and no wear parts. The screw pump is especially designed for processes in the vacuum range down to 10-3 mbar, however unlike other fine vacuum technologies it can be used across the entire pressure range from atmospheric pressure to its ultimate vacuum. At the same time, aggressive gases and vapors can be pumped without any worries because of the high chemical resistance. The use of a cold trap is no longer necessary in the majority of applications.
