VEXVE stainless steel balancing ball valve, DN65 PN25 flanged, reduced bore 243065/25

Balancing ball valve – a reliable solution for your installation

The stainless steel balancing ball valve is a key component in heating and cooling systems, providing precise flow control of the medium. The DN65 PN25 model with a flange and reduced bore is characterized by high durability and corrosion resistance, guaranteeing long-term and trouble-free operation. It is an ideal choice for both professional installers and users looking for a reliable solution for hydraulic regulation in their systems.

Design and materials – a guarantee of performance

The valve is made of stainless steel X2CrNiMo17-12-2 (1.4404), which ensures its resistance to aggressive media and high temperatures. The valve ball is also made of stainless steel, and the ball seal is made of PTFE+C, which further increases the tightness and service life of the device. The design with a reduced bore minimizes pressure loss, improving the energy efficiency of the entire system. The flanged mounting method facilitates integration of the valve with the existing infrastructure.

Application and operating parameters

This valve is used in central heating systems, air conditioning, industrial installations and anywhere where precise flow control of liquids is required. Its nominal diameter DN65 and nominal pressure PN25 make it suitable for use in medium and large installations. The Kvs value of 3 indicates its performance in terms of medium flow. The valve is designed to operate at temperatures from -20°C to +200°C, making it a universal solution for various operating conditions. Please note that the valve is not intended for use with steam.

• Durability and resistance: Made of stainless steel, it ensures long-term operation even in difficult conditions.
• Precise regulation: Allows accurate adjustment of the medium flow in the installation.
• Minimal pressure loss: Reduced bore optimizes the energy efficiency of the system.
• Easy installation: Flanged mounting method facilitates integration with existing infrastructure.
• Wide temperature range: Operation from -20°C to +200°C ensures versatility of application.