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Showing posts with the label hydraulic system cleanliness

Something New ... The Virtual Classroom

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The Fluid Power World digital media network will be launching a new learning tool called The Virtual Classroom. The first lesson in our Virtual Classroom series is titled "Give Your Cylinder a Bath - Hydraulic System Cleanliness from the Cylinder and Beyond and it will be presented by Tony Casassa of Aggressive Hydraulics.  The classroom opens on August 30th, but, being virtual, it will stay open.  You can access the information for free at any time from the Fluid Power World website . Here is a brief preview of the lesson: In the fluid power industry, hydraulic cylinders have a reputation for contributing to fluid contamination and the resultant wear and failures. Indeed, there are several opportunities in the process of manufacturing cylinders for contamination to be introduced. However, it is possible to overcome the obstacles and provide a product the meets the customer's hydraulic cleanliness expectations. We will share some lessons we have learned in our journe...

Here is another preview

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Here is another preview of the excellent content that will be presented from the stages of the 2018 Fluid Power Technology Conference: Give Your Cylinder a Bath: Hydraulic System Cleanliness From the Cylinder and Beyond Presented by: In the fluid power industry, hydraulic cylinders have a reputation for contributing to fluid contamination and the resultant wear and failures. Indeed, there are several opportunities in the process of manufacturing cylinders for contamination to be introduced. However, it is possible to overcome the obstacles and provide a product that meets the customer's hydraulic cleanliness expectations. We will share some lessons we have learned in our journey which will be relevant for all aspects of our industry: component manufacturers, OEMs, end users, and service & repair. Speaker: Tony Casassa Application Engineer Aggressive Hydraulics Register today to attend this very important and educational fluid power event.