Working pressure is the highest pressure a hydraulic hose is designed to carry continuously in normal service. Burst pressure is the pressure at which the hose ruptures and fluid escapes. The working pressure vs burst pressure relationship for hydraulic hose is fixed. Minimum burst pressure must be at least four times the working pressure. That
Working Pressure vs Burst Pressure: The 4:1 Safety Factor Explained Read More »
What Is the Difference Between Working Pressure and Burst Pressure? The working pressure of a hydraulic hose is the maximum pressure it can safely handle during continuous operation. Burst pressure is the minimum pressure at which the hose fails during laboratory testing. According to SAE and EN standards, burst pressure must be at least four
Understanding Working Pressure vs. Burst Pressure in High-Pressure Hydraulic Hoses Read More »
The STAMPED method is a 7-step framework used to select hydraulic hose assemblies by evaluating Size, Temperature, Application, Media, Pressure, Ends, and Delivery. It helps engineers prevent hose failure, reduce downtime, and ensure compatibility with system pressure, fluid type, and operating environment. What Is the STAMPED Method? The STAMPED method is an acronym that forces
How to Select a Hydraulic Hose Assembly Using the STAMPED Method Read More »
MPa (Megapascal) and PSI (Pounds per Square Inch) are the two global units measuring a hydraulic hose’s maximum operating pressure—choosing the wrong one causes burst failures, while correct selection ensures safety and system efficiency. This guide delivers: Updated May 2026 – includes EN 856 and GB/T 3683-2026 revisions. 1. What Do MPa and PSI Mean in
What Do MPa and PSI in Hydraulic Hose Mean? Read More »
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