Control Valve
Technical Details of Diaphragm type Control Valve
- Body & Bonnet : WCB, S.S.304, S.S.316
- Seat : Metal Seated / Soft Seated
- Temperature : -30°C to 450°C (standard)
- End Connection : Flanged End
- Pressure Rating : 150# / 300# / 600#
- Gland Packings : Teflon / Grafoil
- Air Supply :40-50 PSIG (2.8-3.5 kg/cm²)
- Design of Trim :Â Contoured parabolic / Pressure balanced
- Size Range : 15mm to 300mm
Technical Details of "Y" type Control Valve
- Material of Construction : S.S.304, S.S.316, S.S.316L
- Spindle : S.S.304, S.S.316, S.S.316L
- Seat : Metal to Metal / Soft Seat (PTFE)
- End Connection : Screwed End, Flange End
- Working Pressure : 24bar (Maximum)
- Operating Temperature : On steam – Continuous 155°C, Intermittent 180° C maximum (high Temp. above 180°C – On Request)
- Leakage : Drop tight, Â Class IV ANSI B 16, 104, 1976
- Stem Packing : PTFE up to 180°C, Self-compensating (spring loaded)
- Size Range : 15mm to 80mm
Detailed Overview
IVM ENGINEERING are top-tier suppliers of high-performance control valves, each supplying a full product line of solutions intended for exact and dependable flow control in multiple industries. Through decades of collective expertise, the two companies engineer and produce globe valves, rotary valves (ball, butterfly, plug), diaphragm valves, and advanced control valves utilizing top-quality materials to provide superior durability and perfect performance in stressful process conditions. Their common passion for innovation compels them to create sophisticated valve technologies with improved precision and lower maintenance, frequently with smart capabilities for easy integration into contemporary control systems.
Quality and customization are at the heart of both IVM ENGINEERING’s operations. Both stick to strict quality control processes in their own manufacturing processes, guaranteeing that each valve is of the highest reliability standards. Sensing each application has individual demands, both possess complete customization capabilities, such as actuator option and material changes, backed by their skilled sales and application engineering teams. They aim to be more than mere suppliers but rather trusted partners committed to delivering customized solutions and superior customer service.
IVM ENGINEERING control valves are key components in vital processes in various industries like oil and gas, chemical processing, power generation, and water treatment. Both organizations are dedicated to equipping their customers with creative and reliable flow control solutions that maximize their operations, improve efficiency, and maintain safety.
Control Valve Special Features
- High Rangeability
- High-Pressure and High-Temperature Capabilities
- Tight Shutoff Capabilities
- Fail-Safe Action
- Adaptable Flow Range
- Built for Harsh Environments
Key Features
- Flow Control : The original intention of a control valve is to control how quickly a fluid (liquid, gas, or slurry) moves through some point in a process system. This is accomplished by mechanically varying the size of the flow area in the valve.
- Pressure Control : By directly controlling the rate of flow, control valves indirectly control the pressure within a system. They can be employed to achieve a set upstream or downstream pressure by imposing a controlled restriction on the flow.
- Self-Actuated : Operates from the pressure or temperature of the process fluid itself to move the valve position, usually for smaller control loops.
- Throttling Capability : The capacity of the valve to function effectively in a partly open position in order to control flow smoothly and accurately over an interval of flow rates. Control valves are precisely designed for throttling, not on/off isolation valves.