Hydroflow 1" 3-Way Valve Assy, Black-Grey-White 11-4020

Hydroflow 1" 3-Way Valve Assy, Black Horizon # 26-470-1052 Manf. Hydro Air Manf. # 11-4020BLK Hydroflow 1" 3-Way Valve Assy, Gray Horizon # 26-470-1051 Manf. Hydro Air Manf. # 11-4020-GR Hydroflow 1" 3-Way Valve Assy, White Horizon # 26-470-1050 Manf. Hydro Air Manf. # 11-4020-WH

The Hydroflow 1" 3-Way Valve Assembly elevates your plumbing system with its versatile design and durable construction. Available in three distinct colors—black, grey, and white—this valve assembly caters to various aesthetic preferences while ensuring seamless functionality. Crafted by Hydro Air, a trusted name in valve manufacturing, this product guarantees reliability and performance for a wide range of applications.

The 1" diameter provides a robust flow rate suitable for both residential and commercial environments, making it ideal for applications such as irrigation systems, pool plumbing, and HVAC systems. With its 3-way functionality, the valve allows you to control water flow from one source to multiple outlets, or vice versa, enabling enhanced versatility in your piping setup.

Each color variant of the Hydroflow valve not only offers an appealing look but also ensures adaptability to your existing system. The black valve (11-4020BLK) integrates elegantly into modern setups, while the grey (11-4020-GR) and white (11-4020-WH) options provide complementary solutions for more traditional or customized designs.

Durability is key with the Hydroflow valve, constructed from high-quality materials that resist wear and ensure longevity. Installation is straightforward, allowing you to quickly integrate it into your existing framework. Its user-friendly design means that both experienced plumbers and DIY enthusiasts can confidently utilize this product.

Upgrade your plumbing or irrigation setup with the Hydroflow 1" 3-Way Valve Assembly and experience enhanced control, stylish design, and unbeatable durability. This valve is not just an accessory; it’s an essential tool for achieving optimal fluid management in any system.