AR pumps are a combination of exceptional degree of technology and innovation, quality and reliability worthy of a leading brand on the market. The wide range includes many models which vary in terms of pressure, deliver, power and technical characteristics, to satisfy widely different market demands.
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A.R. Pumps are at the heart of the best pressure washers in the world. AR is the number one supplier to only the best Original Equipment Manufactures of Power Washers. AR Pumps longevity and easy maintenance is the reason the best OEM’s building hot and cold water pressure cleaners choose AR. AR Pumps are engineered and manufactured to give the best in efficiency, durability, and reliability. AR pumps are engineered for all pressure washer market segments. AR Pressure Washer Pumps perform in the range from .5 Gpm (2 ltr/m) to 35 Gpm (132.5 ltr/m) and pressures from 100 Psi (6 Bar) to 7,200 Psi (500 Bar).
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AR Car Wash Pumps and AL accessories are designed for the continuous duty cycles of the vehicle wash environment. AR’s special CW seals and only premium bearings are featured in all AR Car Wash Pumps. Ravel’s Motors and AR Pumps coupled together make for the perfect Car Wash pumping system.
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AR Pumps are featured inside the best high pressure misting and cooling systems pump units. AR Pumps are designed into both pulley driven and direct drive high pressure mist system pumps for industrial and commercial applications as well as a range of medium and low pressure pumps for smaller residential systems.
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AR Pumps and accessories are designed for the high-pressure water jet machines (Jetters) that are available in hand-carry or framed versions, skid and trailer units that are mounted in vehicles for heavy commercial and industrial use.
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AR high pressure water pumps used in the Truck Mount Commercial Carpet Cleaning units are either belt or clutch driven. The continuous duty performance of AR pumps makes them the pump of choice for the best Truck Mount units made.
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Reverse osmosis separation technology is used to remove dissolved impurities from water through the use of a semi-permeable membrane. Reverse osmosis involves the reversal of flow through a membrane from a high salinity, or concentrated solution to the high purity, or "permeate" stream on the opposite side of the membrane. Pressure is used as the driving force for the separation. The applied pressure (P) must be in excess of the osmotic pressure of the dissolved contaminants to allow flow across the membrane.
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Machine tool coolant blasting
Tank cleaning (no entry vessel cleaning)
Sandblasting
Optics production
Environmental Odor control
Screen cleaning
Gas process applications
Injecting
Wash systems
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