Stamped aluminum skirt

The Multitanks Stamped Aluminum Skirt (Reference: 106000) represents the reference technical solution for all your industrial crimping needs. This essential element guarantees a safe and durable mechanical connection between your hoses and fittings, ensuring the integrity of your most critical hydraulic and pneumatic systems.

Industrial applications and operational advantages

This stamped skirt proves indispensable in numerous industrial sectors where connection reliability is paramount. Industrial maintenance workshops use it to repair and assemble hydraulic circuits on machine tools, presses and handling equipment. In the agricultural sector, it enables the creation of robust connections on irrigation systems and hydraulic tools.

HVAC installers appreciate its versatility for connecting refrigeration and air conditioning circuits. The automotive and aerospace industry also relies on this part to assemble braking circuits, power steering and other high-pressure hydraulic systems. Its design enables uniform crimping that eliminates leak risks and guarantees optimal mechanical resistance under stress.

Technical design and quality materials

Manufactured in high-quality aluminum, this stamped skirt benefits from the exceptional properties of this metal: lightness, corrosion resistance and excellent thermal conductivity. The stamping process gives the part a shape perfectly adapted to crimping, with precise dimensional tolerances that ensure flawless assembly.

The available diameter range, from DN25 to DN100, covers most standard industrial needs. This dimensional range allows handling both small laboratory piping and heavy hydraulic circuits of industrial equipment. The thickness and profile of the skirt are optimized to distribute crimping stresses uniformly around the hose circumference.

Implementation and crimping procedure

Using this stamped skirt requires a crimping press adapted to the diameter and type of fitting used. Before crimping, dimensional compatibility between the skirt, hose and fitting must be verified. The hose must be cut cleanly, without burrs, and its external surface degreased if necessary.

Positioning of the skirt on the hose must respect the dimensions indicated by the fitting manufacturer. Prior marking on the hose facilitates precise positioning. During crimping, pressure must be applied progressively and uniformly to avoid any parasitic deformation. A post-crimping visual inspection verifies the absence of folds or tears on the skirt.

To guarantee assembly quality, it is recommended to perform a leak test at service pressure before final commissioning. This procedure detects any assembly anomaly and ensures installation safety.

Technical specifications