Self Sinking Aeration Hose 3/8" x 656' - Weighted Aeration Hose With Clamps & Menders - for Ponds and Fountains, Black

Item Weight ‎77.4 poundsProduct Dimensions ‎7874 x 0.56 x 0.1 inchesCountry of Origin ‎ChinaColor ‎BlackStyle ‎3/8" x 656'Material ‎Polyvinyl Chloride (PVC) ,‎Stainless Steel, Plastic, RubberIncluded Components ‎4 hose clamps, 1 x self sinking aeration hose, 4 hose mendersBatteries Required? ‎No

• 【EASY TO USE, ALL-INCLUSIVE SET】: The Self Sinking Aeration Hose is designed to sink naturally to the pond's bottom, eliminating the need for additional weights or time-consuming excavation. This kit includes 656 feet of robust, contractor-grade 9/16-inch outer diameter (OD), 3/8-inch inner diameter (ID) hose, complemented by 4 pieces of 3/8-inch hose patches and 4 stainless steel hose clamps for a complete solution.
• 【LONG-LASTING CONSTRUCTION】: The Self Sinking Aeration Hose is crafted from resilient PVC material, capable of enduring a wide range of extreme temperatures ranging from -120° to +175°. This feature guarantees that the Self Sinking Aeration Hose will not easily succumb to collapsing, kinking, or splitting, thus providing enduring performance and durability even under harsh conditions.
• 【ENHANCED OXYGENATION】: The Self Sinking Aeration Hose provides a significant boost to your pond's oxygen levels, delivering between 2000 to 6000 cm³/min per meter of efficient aeration. This oxygenation rate is crucial for maintaining a thriving aquatic environment within your pond, as the Self Sinking Aeration Hose ensures that the aeration system is effectively supporting the health of the pond's ecosystem.
• 【 ABUNDANT OXYGEN SUPPLY】: The Self Sinking Aeration Hose is capable of producing up to 1,600 air bubbles per meter, which translates to superior oxygenation for outdoor pond aerators. This high bubble output ensures that your pond receives ample oxygen, thanks to the efficient performance of the Self Sinking Aeration Hose.
• 【EFFICIENT BORE TECHNOLOGY】: The bore design of the Pond Aerating Hose minimizes resistance, resulting in maximum water flow and efficiency. This feature is especially useful for applications such as aeration systems that require a large amount of water flow.