We have shrewd team of well qualified engineers who understands technological innovation is essential to our operational perfection. They have the manufacturing and technical expertise together with the facilities to address the diverse automation demands of the modern process industries. Our company is affianced in designing, developing and manufacturing a comprehensive range of Control Valves, Diaphragm Valves, Butterfly Valve, Manufacturer and other types of Industrial Valves for all processes like power generation and associated industries.
We are India’s leading Manufacturer, Supplier and Exporter of an extensive array of supreme quality Control Valves. Our valves are branded as “Flowrise®" We fabricate these valves employing the most modern machineries and technologies in compliance with the International quality norms. Our Top Quality Control Valves are well known in the domestic as well a international market for their excellent performance, durability and cost-effectiveness.
We as the leading manufacturers of supreme quality ,Control Valves in India produce them in an incredibly qualitative manner, maintain quality right at the basic level of the production- the procurement of the materials and components. Their design is created by expert professionals and engineered precisely utilizing the most advanced technology in observance to the standards laid by the industry. We offer them in size ranging from 50 mm to 1200 mm. These are quality checked and so have several operative aspects and also general features incorporating low requirement of maintenance, high corrosion resistance, good durability etc. We offer Control Valves at very competitive prices.
A Control ball valve structure having a ball member with upstream and downstream circular edge portions defining the entrance and exit ports of the ball member which ports are positioned adjacent the upstream and downstream seat members. Each of the circular edge portions has a generally arcuate groove or indentation therein positioned on the circumferential segment of the respective circular edge portion initially clearing the adjacent associated seat member upon rotation of the ball member from a fully closed position thereby increasing substantially the flow area exposed to fluid flow upon the initial opening of the valve member