Description
Our 2 Way - Double Acting Pneumatic valves, featuring a robust nickel-plated brass body, are engineered for high-performance applications in various industrial sectors. Designed to operate under a maximum working pressure of 16 barg and a media temperature range of -20ºC to 140ºC, these valves excel in isolating flow, regulating pressure, and controlling the direction of media in systems. Commonly utilised in manufacturing, mining, water treatment, and compressed air systems, they ensure reliable operation and leak prevention, contributing to enhanced system safety and operational efficiency. With their durable construction and corrosion resistance, these valves are ideal for demanding environments, making them a vital component in process plants and pipelines.
Features
- Constructed from durable nickel plated brass for enhanced corrosion resistance.
- Features a 4” orifice for optimal flow capacity in various applications.
- Operates effectively under a maximum working pressure of 16 barg.
- Designed for media temperatures ranging from -20ºC to 140ºC.
- Double acting function ensures reliable and efficient operation.
- Compact design facilitates easy installation in tight spaces.
- Robust sealing technology minimises leakage and enhances performance.
- Compatible with a wide range of pneumatic systems for versatile use.
Applications
- Used in fluid handling systems for precise flow control in chemical processing plants.
- Applied in compressed air systems to regulate air supply in manufacturing facilities.
- Utilised in water distribution networks for efficient isolation and control of water flow.
- Implemented in gas pipelines to ensure safe and reliable gas flow management.
- Employed in steam systems for effective control of steam distribution in power generation.
- Integrated into process control systems for automated operation in food and beverage production.
- Deployed in equipment isolation to prevent backflow and protect sensitive machinery.
- Utilised in HVAC systems for regulating airflow and maintaining optimal temperature control.
