| Exporter,Importer,,Wholesaler,Retailer | |
| Tehran |  |
| 021-22087856 | |
| |
| |
| sayalsanat@gmail.com | |
The Farab gear-operated wafer butterfly valve model BWG150 is designed for flow control and isolation in water, steam, and industrial fluid pipelines. The body is made of ductile iron GGG40 with a Class 150 pressure rating, and the disc is stainless steel or aluminum bronze for high corrosion and wear resistance. The seat is EPDM or NBR, and the steel shaft is supported by bronze bushings. The wafer-style body allows easy installation between standard flanges and reduces overall valve weight. Operating temperature ranges from -10°C to 120°C, with a pressure rating according to Class 150.
The Farab BWG150 butterfly valve features a gear-operated actuator that reduces the torque required to rotate the disc in high-pressure pipelines. The gearbox provides precise control of disc opening and closing, with a locking lever for position adjustment. The disc and seat surfaces are precision-machined to ensure minimal pressure drop. The replaceable seat guarantees tight sealing even under high Class 150 pressures. Each valve is hydrostatically and leakage tested according to API 598 standards to ensure safety, durability, and accurate performance in industrial applications.
WEBSITE: Farab gear-operated wafer butterfly valve model BWG150 Iran
The Farab wafer gearbox butterfly valve BWG150 is designed and manufactured according to international standards PN16 and ANSI, ensuring secure connection and stable performance in water, wastewater, and industrial pipelines. The body is made of ductile iron or corrosion-resistant steel, and the internal disc with wear-resistant coating guarantees uniform operation and long service life. The stem and bearings are precisely engineered to withstand hydraulic shocks and high pressure. Rigorous quality control, including pressure, leakage, and dimensional testing, ensures reliable operation and complete valve safety. Adherence to these standards enables easy flanged installation, reduces maintenance costs, and extends the service life of water and wastewater networks.
