Combines the stem and ferrule into one precision-machined component, eliminating the need for separate collars or sleeves. This reduces assembly time, simplifies inventory management, and ensures a more consistent crimp profile.
Engineered for four- and six-spiral wire hydraulic hoses, the 78 Series can handle extreme working pressures, making it suitable for construction, mining, oil & gas, forestry, and other heavy-duty sectors.
Works with No-Skive hoses, meaning no removal of the outer hose cover is needed before crimping. This not only saves time but also reduces the risk of hose damage during preparation.
Internal geometry is designed to minimize turbulence and maintain consistent fluid velocity, reducing heat generation and ensuring efficient system performance.
Available in high-strength carbon steel for standard hydraulic applications or stainless steel for corrosive, marine, or chemical processing environments.
Designed to work seamlessly with ’s standard crimping equipment, ensuring every fitting is crimped to exact tolerances for long-term leak-free performance.
The integrated one-piece design reduces handling time, making it ideal for assembly lines and large-scale OEM operations where speed directly impacts productivity.
With no separate ferrule to align, crimp results are uniform across batches, reducing the risk of rework and ensuring repeatable performance in every connection.
Fewer handling steps mean fewer opportunities for dirt, dust, or debris to enter the hose assembly during manufacturing or maintenance.
By eliminating the split between the ferrule and fitting body, the 78 Series offers superior mechanical strength in high-vibration and high-impact environments.
The compact, integrated construction can be lighter than comparable multi-piece fittings, contributing to overall system weight savings — especially beneficial in mobile equipment.
Only one part number to manage per configuration, cutting down on SKU complexity and streamlining procurement processes for distributors and maintenance teams.
