Trident 1.0 in. F NH x 0.75 in. M GHT Aluminum Reducer 01.168.20
Introducing the Trident 1.0" F NH x 0.75" M GHT Aluminum Reducer (Part No. 01.168.20), a versatile solution designed to streamline your hose connections with precision and reliability. This reducer is an essential addition to your toolkit, ensuring seamless compatibility between different hose sizes for enhanced functionality.
Rocker Lug: The Trident Reducer features a user-friendly rocker lug design, facilitating easy and secure attachment to your hoses. This thoughtful design ensures a hassle-free experience when connecting or disconnecting hoses.
Hard Anodized Finish Aluminum: Crafted from high-quality aluminum with a hard anodized finish, this reducer guarantees durability and longevity. The anodized coating not only enhances corrosion resistance but also adds an extra layer of protection for prolonged use in diverse conditions.
Lightweight & High Strength: Experience the perfect balance of lightweight design and high-strength construction. The Trident Reducer is engineered to offer robust performance without compromising on portability, making it an ideal choice for various applications.
Vented Threads: The inclusion of vented threads in this reducer enhances its functionality by allowing the release of residual pressure. This feature minimizes the risk of vacuum formation during hose connection or removal, ensuring a smooth and efficient operation.
1.0" F NH x 0.75" M Garden Hose Thread - Reducer: This Trident Reducer is specifically designed to adapt from a 1.0" Female NH (National Hose) thread to a 0.75" Male Garden Hose Thread (GHT). This capability makes it a versatile component for connecting hoses of different sizes, and optimizing your hose configuration.
Upgrade your hose connections with the Trident 1.0" F NH x 0.75" M GHT Aluminum Reducer (Part No. 01.168.20) – a reliable, lightweight, and high-strength solution crafted to meet the demands of diverse hose configurations. Trust Trident for quality that ensures your connections are secure and efficient.