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3/4 inch NPT Slow Open T handle Brass bibcock Brass Bibb Faucet Valves for American market industrial WOG
Brass Quick Connected Stop Valve
Casting One Piece Body • Rising Stem Pipe Threaded Comply With ANSI B16.18 Hose Threaded Comply With ASME B 1.20.7 Solder Ends Comply With ANSI B16.18 Note: Plain
MATERIAL LIST
PART | SPECIFICATION |
Handle Screw | C37700 |
Hand lei | Cast Iron With Paint |
Name Plate | Aluminum Alloy |
Nut | Zinc Alloy With Chrome Plating |
Stem | Brass ASTM B124-C37700 |
Stem Tube | Brass ASTM B124-C37700 |
Bibb | Brass ASTM B124-C37700 |
Disc | EPDM |
Body | Brass ASTM B124-C37700 |
DIMENSIONS
Size Model | D | L | H |
1/2" | 54 | 89.6 | 47.1 |
3/4″ | 54 | 94.1 | 46.6 |
1. Introducing the 3/4 inch NPT Slow Open T handle Brass bibcock, a high-quality brass bibb faucet valve designed specifically for the American market industrial applications. This valve is built to withstand the demanding conditions of industrial environments, ensuring reliable performance and durability. The 3/4 inch NPT size makes it suitable for a wide range of industrial plumbing systems.
2. The Slow Open T handle design of this brass bibcock offers precise control over the water flow, allowing for gradual opening and closing of the valve. This feature is particularly useful in industrial settings where sudden changes in water pressure can cause damage or accidents. With the Slow Open mechanism, you can regulate the flow of water with ease, ensuring smooth operation and preventing any potential mishaps.
3. Manufactured with high-quality brass material, this bibcock is not only resistant to corrosion and rust but also provides excellent strength and longevity. The WOG (Water, Oil, Gas) rating ensures that this valve can handle a wide range of fluids commonly found in industrial applications. Whether it's water, oil, or gas, you can rely on this brass bibcock to deliver optimal performance and maintain a secure seal. With its T handle design, it offers ergonomic operation, making it easy to open and close the valve even in demanding industrial environments.