Industrial Hydraulic Hoses

Match hose size (inside diameter), pressure rating (working and burst), temperature range, fluid compatibility, and fitting type to your system specifications; consult equipment manuals or hydraulic schematics and choose hoses rated for at least the system's maximum operating pressure

Industrial hydraulic hoses typically list a working pressure (e.g., 1,000–6,000 psi) and a temperature range (often -40°C to +120°C or similar); select hoses whose ratings exceed your system's peak pressure and expected operating temperatures

Construction affects flexibility, abrasion resistance, and burst strength: single-braid hoses are flexible for lower pressures, multi-braid (steel wire) hoses handle higher pressures and cyclic loads, and thermoplastic hoses offer chemical resistance and lighter weight; choose based on pressure cycles and environmental exposures

Check chemical compatibility charts and manufacturer specifications to confirm the hose tube material is compatible with your hydraulic fluid (mineral oil, synthetic fluids, water-glycol, etc.), since incompatible fluids can degrade the hose lining and cause failure

Select fittings that match hose size, thread type (BSP, NPT, JIC, ORFS, metric), and pressure rating; crimped fittings require proper crimp tooling and calibrated dies for reliable seals, while reusable fittings may be installed in the field—use certified assembly processes for safety

Inspect hoses for cuts, abrasion, kinks, bulges, leaks, and degraded covers before each use or during routine maintenance; check fittings for tightness and replace hoses showing damage, external wear, or signs of internal failure

Prices vary by size, length, construction, fittings, and brand; expect budget options under $50 for simple low-pressure hoses and higher costs for long lengths, high-pressure multi-braid hoses, or custom assemblies, with average prices around the mid-range for general industrial use