Instant Knowledge Report:
Intensifiers can develop and maintain high or hyper-high fluid pressures for long periods of time without consuming power or generating heat in a hydraulic system. This makes them ideal for many applications where constant fluid flow is not required, for example: clamping, pressing and static testing. Air-Oil intensifiers can be used to produce high oil pressures without a hydraulic power unit at all. And Oil-Special Fluid intensifiers enable the pressure of a variety of fluids to be controlled using a standard hydraulic system. These fluids include: brake fluid, synthetic fluids, water and water-based fluids, methanol and many others.
This report considers the application of single-stroke, double-stroke and reciprocating intensifiers, complete with application examples and typical circuits. These days, most fluid power design experts bill their time at $120/hr and up. If you were to engage one of these experts to explain these application options and benefits to you, it could take a couple of hours and cost you over $200. This makes the expertise you'll get from this report exceptional value at only $19.95.
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About the Authors
Brendan Casey is the founder of HydraulicSupermarket.com and the best-selling author of 'Insider Secrets to Hydraulics' the most comprehensive guide to reducing hydraulic equipment operating costs ever published. A fluid power expert with an MBA, he has more than 18 years experience in the design, maintenance and repair of mobile and industrial hydraulic equipment.
Dr Marian Tumarkin has over 35 years of experience in the field of Fluid Power with a Ph.D. from the National Academy of Science in Moscow. He is an accomplished scholar in the field with over 50 published papers and 10 patents to his name. Marian has designed electro-hydraulic systems for Russian and Australian Air Forces, Australian and American automotive industries, as well as developing special purpose machines. In this role, he was responsible for concept design and problem solving, calculations and component selection, system testing and troubleshooting.
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