Description
Our 2 Way - Spring Return Pneumatic valves, featuring a nickel-plated brass body, are engineered for optimal performance in demanding industrial environments. Designed to operate under a maximum working pressure of 16 barg and a media temperature range of -20ºC to 140ºC, these valves excel in applications requiring reliable flow isolation and pressure regulation. Commonly utilised in sectors such as manufacturing, mining, water treatment, and compressed air systems, they ensure efficient control of fluid direction while safeguarding equipment integrity. The spring return mechanism enhances operational safety and reliability, while the durable construction provides excellent corrosion resistance, contributing to leak prevention and long-term system efficiency.
Features
- Constructed from durable nickel plated brass for enhanced corrosion resistance.
- Features a 2½" orifice size for optimal flow capacity.
- Operates effectively under a maximum working pressure of 16 barg.
- Designed to handle media temperatures ranging from -20ºC to 140ºC.
- Spring return mechanism ensures reliable and quick valve closure.
- Compact design facilitates easy installation in tight spaces.
- Suitable for a variety of pneumatic applications, ensuring versatility.
- Robust construction guarantees long service life and minimal maintenance.
Applications
- Used in fluid handling systems for precise flow control in chemical processing plants.
- Applied in compressed air systems to ensure safe and efficient operation of pneumatic tools.
- Utilised in water distribution networks for reliable isolation and regulation of water flow.
- Implemented in gas pipelines to manage pressure and prevent leaks in industrial applications.
- Incorporated in steam systems for effective control of steam flow and pressure regulation.
- Employed in process control systems to automate and optimise manufacturing processes.
- Used for equipment isolation in maintenance operations to ensure safety during repairs.
- Applied in HVAC systems for controlling air flow and maintaining environmental conditions.
