The UFLOW 2/2 Way Direct Acting Angle Type Valve DAA Series is specifically designed to provide precise, automatic, and efficient control of fluid flow in industrial piping systems where quick response, reliable sealing, and continuous operation are essential. The valve functions through a direct acting solenoid mechanism in which the electromagnetic coil directly controls the movement of the internal plunger and sealing assembly without requiring external pressure assistance, allowing the valve to operate effectively even at zero pressure conditions. When electrical power is supplied to the solenoid coil, a magnetic field is generated that lifts the plunger from the valve seat, instantly opening the flow passage and allowing media such as steam, air, water, oil, gas, or compatible fluids to pass through the angle-type body configuration. Once the electrical signal is removed, the spring-loaded mechanism immediately pushes the plunger back onto the seat, shutting off the media flow securely and preventing leakage. This fast opening and closing action enables accurate process control, rapid switching operations, and efficient automation in industrial systems. The specially engineered angle-type body design improves directional flow movement, reduces pressure drop, enhances discharge efficiency, and allows easier installation in compact piping layouts while supporting smooth media circulation. The valve plays a vital role in regulating fluid transfer, controlling steam supply, managing compressed air flow, isolating process lines, and automating industrial operations across manufacturing plants, textile machinery, boilers, chemical industries, food processing units, pharmaceutical systems, HVAC applications, water treatment facilities, and automation equipment. Its durable construction with corrosion-resistant materials and high-quality sealing components ensures long-lasting performance, thermal stability, resistance to wear, and dependable operation under high-temperature and high-cycle working conditions. By providing automatic and accurate flow control, the UFLOW DAA Series helps industries improve operational efficiency, reduce manual intervention, minimize fluid wastage, maintain process safety, and enhance overall system reliability. The valve’s compact structure, low maintenance requirement, energy-efficient operation, and robust industrial design make it an ideal choice for modern process automation and fluid handling systems requiring consistent and uninterrupted performance. L N Engineering is the authorised dealer of UFLOW products in Panna, offering genuine industrial valves, technical expertise, reliable customer support, and trusted flow control solutions for diverse industrial applications.
L N Engineering is the authorised dealer of Uflow Automation and supplies, distributes, and deals in a wide range of genuine Uflow products across India. L N ENGINEERING maintains a robust stock of Uflow Solenoid Valves, Uflow Ball Valves, Uflow Butterfly Valves, and Uflow Pneumatic Products, ensuring immediate availability, competitive pricing, and reliable technical support nationwide.
The Uflow Solenoid Valve Delivers Precise And Dependable Control Of Liquid Or Gas Flow Through Its Quick-response Electromechanical Operation. By Energising An Internal Coil, The Valve Opens Or Closes Instantly, Making It Perfect For Automation Systems, Water And Air Management, HVAC Setups, And Various Industrial Processes. Known For Its Durability, Efficiency, And Consistent Performance, It Stands Out As A Trusted Choice Across Industries. L N ENGINEERING, The Authorised Dealer Of Uflow, Provi Continue
The Uflow Solenoid Valve Delivers Fast, Dependable, And Precise Control For Both Air And Fluid Applications. Built With Durable Materials And Advanced Coil Technology, It Offers Long-lasting Performance, Low Power Use, And Reliable Operation Even In Demanding Environments. If You Need Accuracy And Hassle-free Maintenance, Uflow Valves Are A Perfect Fit. For Genuine Uflow Products, Trust L N Engineering, Your Official UFLOW Authorised Dealer. Continue