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The Grooved Butterfly Valve is a versatile quarter-turn valve engineered to deliver precise control over fluid flow in commercial and industrial piping systems. At its core, this valve operates by rotating a resilient seated disc within the valve body to adjust opening and closing states, making it a go-to choice for applications that demand both efficiency and reliability. Unlike traditional valves that rely on welding or complex threading, its defining grooved connection simplifies integration into pipelines, eliminating the need for specialized on-site work. Designed to balance functionality and ease of use, the Grooved Butterfly Valve is a staple in fluid management systems where quick response and long-term performance are non-negotiable.
The valve’s quarter-turn mechanism enables rapid opening and closing, reducing downtime in critical scenarios such as fire emergencies or process adjustments. This design ensures smooth flow regulation without unnecessary delays, outperforming many traditional valve types in response speed.
The grooved connection is a game-changer for on-site teams: it eliminates welding requirements, cuts labor time, and minimizes installation errors. Even novice workers can achieve secure connections, making the valve ideal for both new installations and system retrofits.
Crafted from high-quality ductile iron or stainless steel, the Grooved Butterfly Valve resists wear, pressure fluctuations, and environmental damage. Its fusion bonded epoxy coating adds an extra layer of protection against chemical erosion and rust, extending service life in harsh conditions.
Certified by FM, UL, NSF IANSI 61, and NSF IANSI 372, the valve meets rigorous international standards for safety and quality. This compliance ensures compatibility with potable water systems and fire protection networks, giving users confidence in its performance.
Beyond basic on-off functionality, the Grooved Butterfly Valve excels at throttling—providing precise flow adjustment between fully open and closed states. This versatility makes it suitable for a wide range of fluid management needs, from steady water distribution to variable process flows.
Parameter | Details |
Sizes | 2''-12'' (accommodating most standard pipeline dimensions) |
Connection Ends | Groove design compliant with AWWA C606 standards |
Working Pressure | 363PSI, 175PSI, 200PSI, 250PSI, and 300PSI (available on request) |
Maximum Working Temperature | 80°C/176°F |
Approvals | FM, UL, CUL, NSF IANSI 61, and NSF IANSI 372 (meeting global safety and quality standards) |
Coating Details | Fusion Bonded Epoxy Coating, in line with ANSI/AWWA C550 specifications |
Its quick-acting operation and grooved connection make the valve indispensable for fire sprinkler networks. In emergencies, it enables rapid flow adjustment or shutoff, ensuring critical support for fire suppression efforts.
Certified for potable water use, the valve regulates flow in water treatment facilities and municipal distribution pipelines. Its corrosion resistance prevents contamination, safeguarding water purity from treatment plants to end-users.
Heating, ventilation, and air conditioning systems rely on the Grooved Butterfly Valve to manage coolant and water flow. Its compact design and easy maintenance fit seamlessly into tight spaces, while its efficient operation helps optimize energy use.
In manufacturing plants, the valve controls the movement of water, mild chemicals, and non-aggressive media. Its durable construction withstands industrial environments, and its simplified maintenance reduces operational downtime.
Yes. The valve is certified to NSF IANSI 61 and NSF IANSI 372 standards, which confirm its compatibility with potable water systems. Its materials and coating are non-toxic and resistant to leaching, ensuring water purity.
Thanks to its simplified structure with fewer moving parts, maintenance needs are minimal. Routine visual inspections every 6–12 months to check for leaks or debris buildup are recommended, with seal or disc replacement only as needed.
It depends on the chemical type. The valve is designed for non-aggressive media such as water, mild acids, and alkalis. For harsh chemicals, consult the manufacturer to confirm material compatibility and potential coating upgrades.
No. The grooved connection is engineered to maintain the valve’s pressure rating, ensuring secure performance even in moderate to high-pressure systems. The design distributes pressure evenly across the connection, preventing leaks or failures.
