Structural Characteristics of

• The Rising Stem configuration ensures that the stem’s vertical position directly reflects the valve’s degree of openness. This allows operators to visually confirm the flow status from a distance, preventing accidental operations and eliminating seat damage caused by over-tightening common in non-rising designs.

• Utilizing premium QT450 Ductile Iron, the body exhibits superior elongation and impact resistance, enhancing the system’s resilience against pressure surges or water hammer effects. This material effectively mitigates fracture risks in complex soil subsidence scenarios, providing a reliable foundation for industrial water supply and fire protection networks.

• The stem threads are housed on an external yoke, isolating them from the internal flowing media. This layout prevents erosion of the driving threads by impurities or corrosive fluids, maintaining long-term lubrication and ensuring smooth, effortless operation even within high-capacity piping networks.

• The valve surfaces undergo a uniform electrostatic powder coating process, creating a dense blue protective barrier that shields the iron substrate from atmospheric oxidation. This industrial-grade finish is not only aesthetically professional but also extends the valve’s service life in damp pump rooms or outdoor installations, lowering maintenance cycles.

• The internal flow channel features a flat-bottom seat design, eliminating the common issue where sediment or debris collects at the base and hinders a tight seal. Coupled with a fully encapsulated resilient wedge, it expels or absorbs minor particles during closure to maintain bubble-tight shut-off, ensuring total system integrity.

Main Components Material

Class 150LB Main Connection Dimensions

Why Choose YAYE