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Flexible Hose NMC DN25 with 1"/1" Nuts, 9 mm Wall Thickness, Length 1.00 m
NMC flexible hose DN25 with 1"/1" nuts and 9 mm wall thickness, length 1.00 m, is engineered for fluid connections where a DN25 line must be joined to 1" threaded fittings. The hose provides a flexible link between rigid pipes or equipment, enabling straightforward mechanical coupling while accommodating alignment differences and reducing transmission of vibration. Constructed to balance flexibility and durability, it is suitable for installations where a short, robust flexible connection is required.
This flexible hose combines a DN25 bore with 1" threaded nuts to ensure compatibility with common pipework and fittings. The 9 mm wall thickness delivers mechanical strength and resistance to wear while preserving bending flexibility. Its one-meter length offers reach for typical installation scenarios without requiring additional couplers. The design simplifies assembly and helps absorb vibration and minor thermal movement, protecting rigid connections and connected equipment.
Ensure system pressure is within the hose's rated limits for the application and verify compatibility of media with the hose materials before installation. Fit the 1" nuts to corresponding male threads on pipes, valves, or equipment and tighten to the manufacturer's recommended torque to ensure a leak-free joint. Support adjacent rigid piping to avoid transferring undue load to the hose and avoid sharp bends or kinks; maintain a gradual bend radius consistent with the hose construction. Inspect the assembled connection for leaks and secure routing to prevent abrasion.
Regularly inspect the hose for signs of wear, abrasion, or damage and replace if deterioration is observed. During installation and maintenance, avoid over-tightening threaded nuts and protect the hose from exposure to temperatures or chemicals outside its intended service conditions. For applications involving high vibration or movement, consider additional support or strain relief to extend service life.
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