Exitflex hoses in tough mining conditions: reliability gains for maintenance teams
Reviewed by Tom Sullivan

First reported on Australian Mining
30 Second Briefing
Exitflex hydraulic hoses supplied by Motion are being promoted for abrasive, high-pressure mining environments where conventional hose assemblies often fail prematurely. The range targets hydraulic circuits on drills, loaders and longwall equipment exposed to rock fines, impact and pressure spikes, with reinforced constructions and abrasion-resistant outer covers designed to extend service intervals. For maintenance and reliability engineers, the key implication is potential reduction in unplanned downtime and hose-change labour in harsh open-pit and underground applications.
Technical Brief
- Exitflex hoses use multi-layer steel wire reinforcement to maintain integrity under cyclic high-pressure loading.
- Outer covers are formulated for high abrasion resistance against rock fines and sharp aggregate contact.
- Hose compounds are engineered to tolerate thermal cycling typical of mining hydraulic systems near engines.
- Exitflex assemblies are supplied through Motion with matched fittings to minimise leak paths and whip risk.
- Product selection support from Motion focuses on correct pressure rating, bend radius and impulse life.
Our Take
Motion’s repeated appearance in our recent Australian Mining coverage – from Fenner couplings to Timken housed units and now Exitflex hoses – signals a deliberate push to be a one-stop reliability and safety supplier for heavy-duty mechanical and fluid power systems on Australian sites.
The January 2026 piece on Motion’s consolidated Western Australian hose and fluid power workshop suggests that Exitflex hose offerings can now be backed by centralised assembly, testing and repair capability, which is operationally useful for remote mine maintenance teams seeking shorter downtime windows.
Across the 1422 tag-matched Product/Safety/Projects items in our database, few focus as tightly on integrated component reliability as this cluster of Motion articles, indicating that Australian operators are increasingly treating hoses, couplings and bearings as a linked risk chain rather than isolated consumables.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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