KSB Boax-B Stainless Steel Disc Wafer Type Butterfly Valve PN16 DN125
Compact, corrosion-resistant flow isolation for aggressive and neutral media lines.
KSB Boax-B Stainless Steel Butterfly Valve delivers reliable flow control for industrial plants at DN125 nominal diameter and PN16 pressure class. In addition, its stainless steel disc ensures long service life in aggressive media. Moreover, the wafer body design saves valuable installation space in pipelines.
The valve also operates with PN6 and PN10 pressure classes, therefore offering installation flexibility. An EPDM gasket option permits a maximum operating temperature of 110°C. Furthermore, the ISO 5211 compliant top flange allows easy mounting of pneumatic or electric actuators. As a result, the compact body occupies minimal space in the pipeline.
KSB Boax-B Stainless Steel Butterfly Valve — Technical Specifications
In particular, this valve suits HVAC heating and cooling circuits. It also performs reliably in industrial water treatment plants and general liquid transfer lines. Furthermore, the stainless steel disc benefits shipbuilding and marine applications. Consequently, it serves compressed air and neutral gas installations with high efficiency.
Key Advantages
- Stainless steel disc provides superior corrosion resistance in aggressive fluids
- High-quality elastomer seal delivers zero-leakage performance
- ISO 5211 top flange simplifies pneumatic or electric actuator mounting
Applications
- HVAC heating, ventilation and air conditioning systems
- Industrial water treatment and distribution networks
- Shipbuilding and marine industry
In summary, KSB Boax-B Stainless Steel Butterfly Valve provides a dependable solution for your industrial flow control needs. ORFA Industrial supplies this product worldwide and provides technical support as an authorized distributor since 1985. Contact us for technical support and pricing.
ORFA INDUSTRIAL PRODUCTS INDUSTRY AND TRADE INC.
Your Reliable Partner in Industrial Flow Technologies
Reviews
There are no reviews yet.