Industrial Suction Hoses

Match the hose diameter to the equipment inlet/outlet to maintain flow; common diameters range from 1" to several inches for industrial use. Choose the shortest practical length to reduce pressure loss, and confirm fittings and couplings are compatible with your pump or vacuum system

Select hose materials resistant to the specific media (e.g., PVC or rubber for water and solids, polyurethane for abrasion resistance, PTFE-lined for chemical compatibility). Consider reinforcement (spirals, wire helix, fabric layers) for vacuum stability, crushing resistance, and working pressure requirements

Compare inner diameter, working pressure/negative pressure (vacuum rating), temperature range, abrasion and chemical resistance, bend radius, and weight per foot. Also check coupling type and maximum particulate size rating when handling solids

Prices vary with diameter, length, material, and reinforcement; budget options can start under $50, while heavy-duty or specialty hoses can cost several hundred dollars, with many mid-range options around the category average

Rinse and dry hoses after use with incompatible fluids, inspect regularly for cuts, abrasion, kinks, and damaged couplings, and store coiled on reels or racks away from UV and extreme temperatures. Replace hoses showing permanent deformation, exposed reinforcement, or leaks

Some multipurpose hoses are rated for both wet and dry use, but you must verify abrasion resistance for solids, chemical compatibility for liquids, and that the hose's vacuum rating suits your system; specialized hoses may be required for heavy solids or aggressive chemicals

Common connections include camlock, threaded (BSP/NPT), flanged, and quick-connect couplings; verify thread standards and flange dimensions with your equipment, and consider adapters or standardized fittings to ensure a leak-free connection