You Searched For: VACUUBRAND

Supplier: VACUUBRAND

Description: Compact, powerful pump gives ideal solution for continuous, oil-free pumping of corrosive gases and vapors with exceptional high pumping speed. Eight-cylinder NT pump features quiet operation with smooth, easy-to-clean surfaces.

Supplier: VACUUBRAND

Description: These chemistry vacuum systems can be used in a wide range of applications for evacuating or moving gases and vapours between containers in chemistry and physics laboratories, e.g. as an alternative to water jet pumps and rotary vane pumps. Compact construction, very quiet running, long service life, diaphragm and valves are very easy to replace. Oil-free vacuum.

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Supplier: VACUUBRAND

Description: Adapter KF DN 25 on 2 x PTFE hose DN 10/8, with centering ring DN 20/25C

Supplier: VACUUBRAND

Description: These centring and sealing rings for small stainless steel flange KF connections. With aluminium sealing ring.

Supplier: VACUUBRAND

Description: Rubber.

Supplier: VACUUBRAND

Description: High vacuum, helium leak-tested right angle valves VE have stainless steel bellows which seals the drive mechanism without any gap on the vacuum side.

Supplier: VACUUBRAND

Description: These small flanges with thread made of stainless steel.

Supplier: VACUUBRAND

Description: Exhaust vapor condenser EK 600; with round bottom flask 500 ml, with KF DN 25, for VACUU·PURE®, connection for cooling water: 2×hose nozzle DN 6 - 8 mm, exhaust: hose nozzle DN 19 mm

Supplier: VACUUBRAND

Description: <B>Chemistry diaphragm pumps: </B>Chemistry diaphragm pumps in equipment category 2 (e.g. for Zone 1) with ATEX compliance. These pumps are exceptionally well designed for the avoidance of ignition sources. They have good chemical resistance, are oil-free, have no friction surfaces and the suction chamber is hermetically sealed off from the drive unit compartment. Motor with flameproof enclosure and integrated, self contained overcurrent and overheating protection for direct 230 V/60 Hz single-phase connection. Diaphragm pump heads made of anti-static materials. Chemically resistant: Materials in contact with media; fluorinated plastics, stainless steel, FFKM. Gas ballast with separate inert gas connection. Pressure relief valves inside and at the outlet. Safety membrane technology with the option for inert gas flushing and membrane tear detection.

Supplier: VACUUBRAND

Description: PTFE vacuum hose is antistatic. The inner side of the PTFE hose is smooth for increased chemical resistance, reduced deposits, and high conductance.

Catalog Number: (181-1030)

Supplier: VACUUBRAND

Description: <B>Model CVC 3000: </B>Fully electronic, highly versatile vacuum gauge and controller. The controller is equipped with a built-in capacitive absolute-pressure transducer made from alumina/ceramic as well as a built-in venting valve and switched outlets for a suction line valve and a coolant water valve. It eases work considerably and enables environmentally friendly operation whilst protecting samples, solvent recovery, reduced foam formation and superheating. The optimum vacuum setting can be found quickly and simply, even with unknown mixtures and pressures.

UOM: 1 * 1 items

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Supplier: VACUUBRAND

Description: Adapters for VACUU.LAN® local area vacuum network components.

Supplier: VACUUBRAND

Description: These filter centering rings for small flange KF connections made of stainless steel with NBR sealing ring.

Supplier: VACUUBRAND

Description: VACUU·PURE® shuttle, mobile underframe

Supplier: VACUUBRAND

Description: These chemistry pumping units use chemical resistant solenoid valves to maintain process control. Once the first boiling point is detected by the controller, it maintains the pressure at this level. Pumping units can be configured to run one or two independent processes at the same time.

Supplier: VACUUBRAND

Description: The VACUU·SELECT controller simplifies your work and allows VARIO® select chemistry pumping systems to deliver unparalleled precision. The pumps run whisper quiet and respond to demand in real time by matching pumping speed to process conditions.