Green Pvc Suction Hose, 2 Inch Diameter By 20 Feet Length

Introducing the 2 inch by 20 feet green PVC suction hose, now available at True Value Of Melbourne in Melbourne, FL. This durable and versatile hose is designed to meet the demanding needs of various industries including agricultural, rental, construction, marine, and irrigation. Whether you are managing water transfer, light chemical handling, or pumping services in Melbourne, this PVC suction hose offers reliable performance and flexibility.

• Durable construction: Made from flexible, abrasion-resistant extruded PVC, ensuring long-lasting use even in tough environments.


• Smooth bore design: Provides efficient flow for water and light chemicals, reducing friction and improving pumping performance.


• Rigid PVC helix: Reinforces the hose structure, preventing collapse under suction and maintaining shape during operation.


• Coupled male x female short shank fittings: Equipped with aluminum fittings and Band-It clamps for secure, leak-resistant connections.


• Working pressure and temperature range: Rated for 60 pounds per square inch working pressure and can operate safely between -10 degrees Fahrenheit and 130 degrees Fahrenheit.


• Size specifications: 2 inch inside diameter and 20 feet length, ideal for a variety of pumping and suction applications.

This PVC suction hose is perfect for professionals and DIY enthusiasts in Melbourne who require a dependable hose for transferring water or light chemicals. Use it for irrigation projects, construction site water removal, marine pumping tasks, or rental equipment setups. Its flexible yet sturdy design allows for easy handling and maneuvering, making it a practical choice for diverse applications.



In summary, the 2 inch by 20 feet green PVC suction hose is an essential tool for anyone in Melbourne, FL looking for a reliable, high-quality hose for suction and discharge needs. Available now at True Value Of Melbourne, this hose combines durability, flexibility, and secure fittings to support your pumping and fluid transfer projects efficiently.