Stainless Steel Pneumatic Control Valve DN80 PN16
Precise proportional flow control with superior corrosion resistance for medium-sized process lines.
The Stainless Steel Pneumatic Control Valve DN80 PN16 is engineered for precise regulation of fluids in industrial processes. In addition, its DN80 nominal diameter and PN16 pressure class make it an ideal solution for medium-sized piping lines. Moreover, the AISI316 stainless steel body provides outstanding resistance to corrosion.
The pneumatic actuator accepts a 4-20 mA signal, therefore enabling accurate proportional control and easy integration into automation systems. A PTFE seat with a low friction coefficient guarantees sealing performance, while the flanged connection simplifies installation. Furthermore, the valve operates across a wide temperature range from -20°C to +150°C and has a Kv value of 80 m³/h.
Stainless Steel Pneumatic Control Valve — Technical Specifications
This valve is used in the chemical industry to control aggressive chemicals, and it is also preferred in the oil and gas industry for regulating process flows. In addition, it serves steam and hot water lines in power plants. Consequently, water treatment plants rely on it for chemical dosing and filtration systems.
Key Advantages
- Precise proportional control via 4-20 mA signal
- AISI316 stainless steel body for corrosion resistance
- PTFE seat ensures zero-leak operation
- Flanged connection for quick integration into existing lines
Applications
- Chemical plants for aggressive chemical control
- Oil and gas industry for process flow regulation
- Power plants for steam and hot water lines
- Water treatment plants for chemical dosing and filtration
ORFA Industrial supplies the Stainless Steel Pneumatic Control Valve DN80 PN16 worldwide and provides technical support. Discover safe flow control and long service life for your piping system with our solutions.
ORFA INDUSTRIAL PRODUCTS INDUSTRY AND TRADE INC.
Your Reliable Partner in Industrial Flow Technologies
Reviews
There are no reviews yet.