Valbia 8P01590005 Pneumatic Actuated Brass Ball Valve PN40 3/4″
Delivers precise flow control and reliable performance in demanding industrial processes.
Valbia 8P01590005 Pneumatic Actuated Brass Ball Valve provides precise flow control and high safety for industrial liquid and gas lines. In addition, its nickel-plated brass body offers superior corrosion resistance. Moreover, the PN40 pressure class and 3/4″ nominal diameter ensure reliable performance in demanding processes.
The full port design minimizes pressure losses, while the double-acting pneumatic actuator with 1/8″ BSP connections ensures fast response times. Furthermore, the mounting surface complies with ISO 5211 and NAMUR standards, simplifying integration. As a result, system stability is maintained and maintenance intervals are shortened.
Valbia 8P01590005 Pneumatic Actuated Brass Ball Valve — Technical Specifications
This valve is widely used in the chemical, petrochemical, and food industries. In addition, it is preferred in HVAC systems, water treatment plants, and textile production lines. Therefore, the wide temperature range from -20°C to +160°C provides process flexibility, and the ATEX II 2GD T6 certificate guarantees safe operation in explosive atmospheres.
Key Advantages
- Multiple sealing options with PTFE, FKM, and EPDM seals
- Precise flow management thanks to double-acting stroke adjustment
- Safe use in explosive atmospheres with ATEX certification
Applications
- Liquid, gas, and air control installations
- Chemical, petrochemical, and textile industries
- Food and beverage production lines and water treatment plants
In conclusion, Valbia 8P01590005 Pneumatic Actuated Brass Ball Valve is the ideal choice for those seeking reliable flow control in industrial automation systems. ORFA Industrial supplies worldwide and provides technical support. Contact us for detailed information and a price quote.
ORFA INDUSTRIAL PRODUCTS INDUSTRY AND TRADE INC.
Your Reliable Partner in Industrial Flow Technologies




Reviews
There are no reviews yet.