Transparent 1 m Hose — (Inner diameter) x (Outer diameter) Key benefits Kink-resistant design: Bends, twists and curves do not cause the hose to collapse, ensuring continuous flow under typical routing conditions. Smooth inner surface: Promotes unimpeded fluid flow and makes the hose easy to rinse and clean. Visual monitoring: Translucent color lets you see fluid flow and detect blockages or air pockets quickly. Ready-fit length and sizing: Supplied in a 1 meter length and specified as (inner diameter) x (outer diameter) for straightforward compatibility with fittings and connectors. What this hose solves Prevents flow interruptions caused by collapsed tubing in tight or curved installations. Reduces time spent clearing clogs thanks to a non-porous, smooth inner wall that resists buildup. Simplifies installation and inspection by providing a standard length and visible fluid path. Important attributes Length: 1 meter Diameter: (inner diameter) x (outer diameter) Color: Translucent Performance: Flexible and maintains shape under bends; smooth interior for low resistance flow and easy cleaning Compatibility and installation tips Match the inner diameter to connector or barb size for a secure fit; use clamps sized to the outer diameter when required. Trim cleanly with a sharp cutter for leak-free connections. Suitable for use with pumps, filters and routing systems that accept hoses with the listed inner/outer diameters. Typical applications Pump and filter connections for aquariums, ponds or water features where kink resistance and visual inspection are helpful. Workshop or prototyping fluid routing — temporary or permanent lines for water transfer, cooling circuits, or drainage. Appliance or equipment drain and supply lines that benefit from a smooth interior and visible flow path. Why choose this hose Practical, easy-to-install length and clear sizing make it simple to integrate into existing systems. Translucency and smooth interior reduce maintenance time and help you spot issues before they escalate. Designed to retain shape through bends so your system maintains consistent flow and performance.