The eighth episode of Parker Hannifin’s new Tiger Talk video series provides industry professionals with a detailed breakdown of the company’s surface mining hoses. Parker Hannifin’s Hose Products Division developed the Tiger Talk video series as a simple and convenient online video resource for industry professionals looking to learn more about fluid conveyance technology and […]
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New Global 56 Series Fittings Reduce Complexity
Parker Hannifin Corporation, global in motion and control technologies, is introducing a new global crimp fitting series for thermoplastic hose. The new global 56 Series fittings will consolidate most sizes of the Parker 55 and 58 series into one, meaning complexity reduction for customers, fewer parts to stock and simplified crimping. In addition, these new […]
FET Series Provides New Level Of High-Pressure Confidence
With the introduction of its FET Series High Pressure Non-Spill Quick Couplings, Parker Hannifin Corporation, global in motion and control technologies, offers a new level of coupling performance for even the most demanding hydraulic applications in industries such as construction, oil & gas and mining. Parker’s FET Series couplings are ideal for high-pressure (up to […]
Parker Diagnostic Hose Speeds Up Response Time
Parker Hannifin Corporation, global in motion and control technologies, manufactures diagnostic hose for use on monitored hydraulic systems found on heavy construction, agriculture and other mobile equipment. The 56DH hose, from Parker’s Parflex Division, is available in micro bore sizes (1/8″, 3/32″, 4 mm, 2 mm) and in pressure ranges from 6,000 psi (413 bar) […]
Parker’s New EO-3® Fitting System Uses Pioneering Form and Technology
The new EO-3® tube fitting system from Parker Hannifin Corporation, global in motion and control technologies, utilizes new thread technology and a unique marking system to decrease installation time and cut down on tube system leaks due to improper installation. In contrast to Parker EO and EO-2 DIN standard fittings, the EO-3 system is based […]