Pattons offers Dekker industrial vacuum pumps and systems in USA for a wide-array of industries including Power Generation, Chemical Processing, Plastic Manufacturing, Food Processing, Pulp & Paper and more. The Dekker name has been recognized as an innovator in oil sealed liquid ring vacuum pump technology as far back as the 1970’s. Dekker Vacuum Technologies, established in 1998, has continued to build on that reputation to cover all aspects of vacuum pump systems. The company’s wide range of industrial vacuum pumps and systems available in a variety of materials. Dekker’s mastery in the vacuum field has produced some of the most durable, reliable industrial vacuum pumps in the world.
DuraVane RVH series high vacuum lubricated rotary vane vacuum pumps feature a compact design with very quiet operation. Typical applications include laboratories and other high vacuum requirements.
View ProductThese vacuum pumps for wet service are specifically developed for applications with high inlet water vapor content such as stone and glass cutting.
DuraVane lubricated rotary vane vacuum pumps: single-stage pumps with an integrated oil-recirculation system, used in a variety of industries such as vacuum packing, lifting, laboratories, hospitals, etc.
View ProductDuraVane oil-free rotary vane vacuum pumps are direct drive, low noise level, heavy duty compact motor-mounted units that are extremely reliable for many industrial applications. The pump can also operate as a low pressure compressor.
View ProductDekker Vmax systems are high-efficiency single-stage liquid ring vacuum pump manufactured to ISO9001 quality control standards offering excellent reliability in many industrial applications.
View ProductVmax Oil Sealed Liquid Ring Vacuum Systems: rugged, direct drive, low maintenence, high quality & compact designed industrial vacuum pump systems offering years of trouble free operation with a full 3-year warranty.
The VmaxMTH systems are air cooled and are particularly suitable to operate as a vacuum compressor that will not overheat. These systems have a proven track record in the coal bed methane gas recovery industry.
View ProductA vacuum is an empty space devoid of any matter. When the air in the enclosed space is removed, it exerts less pressure than the atmosphere. When an industrial application requires pressure below atmospheric levels, vacuum provides the best solution. Pattons offer Dekker’s Vacuum systems that are durable and energy efficient.
Vacuum pumps are classified based upon the functional techniques. Positive Displacement pumps expands a cavity and lets gases flow into the chamber, seal the cavity and then later exhaust to the atmosphere. This mechanism is used in Rotary Vane Pumps, Liquid Ring Pumps, Piston pumps and scroll and screw pumps. Other types are Momentum Transfer Pumps and Regenerative Pumps, Entrapment Pump.
An oil lubricated rotary screw air compressor works with the mechanism that comprises of a pair of screws. The inlet valve of the compressor lets the air in. The two screws are interlocked together and turn continuously. This increases the pressure of the air and results in compressed air.
The oil helps in trapping the water vapor that is formed out of squeezed air and also protects the internal surfaces. The oil passes through the filter and cycles back to the compressor again. The compressed air can still have some heat. Depending upon the industrial usage, the compressed air is run through coolers.
A Liquid Ring Vacuum Pump uses the technique of a rotating positive displacement pump which is sealed by a ring of liquid around the inner diameter of the pumping chamber. Induction motors power the liquid ring vacuum pumps, hence it has low friction and only the rotor moves. The air is sucked into the pump, compressed with a liquid and finally exhausted. Liquid Ring Vacuum comes in single as well as multistage varieties.
A liquid Ring Vacuum Pump is ideal for handling extreme vapor loads. They are widely used in paper production. They are also used in drawing of groundwater from wells.
Claw pumps consists of twin rotors that rotate in opposite direction. For each revolution, the claw of the vacuum crosses a suction connection, and this brings gas into the compression chamber. As the rotors turn against each other the gas is transferred between the suction and pressure end of the vacuum. The volume decreases between the rotors and the gas is compressed and discharged. Claw pumps are applied in packing, printing, wood processing and wastewater management.
From packaging of goods to remove moisture, hospitals and commercial pressing plants to factories where automobiles are assembled, vacuum pumps make the operations easier and sanitary. A vacuum pump fulfils the needs of industry based upon their demands, providing maximum benefits.