Product Introduction

The wafer V-Port Stainless Steel Ball Valve is designed as a sphere with a specially shaped V-shaped notch. This unique design enables a strong shear force to be generated between the V-shaped opening and the valve seat when the valve is closed, which can effectively cut off and dis...

The wafer V-Port Stainless Steel Ball Valve is designed as a sphere with a specially shaped V-shaped notch. This unique design enables a strong shear force to be generated between the V-shaped opening and the valve seat when the valve is closed, which can effectively cut off and discharge fibers or solid particles to prevent clogging. The wafer connection method has a very compact structure, small size and light weight, and is suitable for industrial media and working conditions with limited space.

To meet diverse control needs, YEKE provides you with comprehensive drive options: standard handles for manual operation, turbine heads for large-caliber, labor-saving adjustment, as well as precise electric actuators and efficient pneumatic actuators for automated control.

Key Features
Precision Flow Control: 
V-port design enables fine throttling with linear or equal percentage characteristics.
Durable Stainless Steel Construction: 
CF8M / SS316 body provides superior corrosion and wear resistance.
Tight Shutoff Performance: 
Advanced seat design ensures zero leakage even under high pressure or frequent cycling.
Smooth & Stable Operation:
Low-torque design ensures consistent actuation for manual or automated systems.
Compact & Efficient Design:
Streamlined flow path minimizes pressure loss and simplifies installation.


Typical Applications
Process control in chemical and petrochemical industries
Water treatment and wastewater plants
Pulp & paper and power generation systems
Food & beverage and pharmaceutical production lines

Advantages
Precise flow regulation with V-port design
Compact structure, space saving
Corrosion-resistant, and long service life
Precise adjustment and stable control
Low maintenance and cost-effective performance