Wafer ball valve

Wafer ball valve adantages & Performance Characteristics

1 Ultra-Compact Structure & Space Saving

The wafer ball valve cancels the traditional flange structure, realizing ultra-short thin-body design. Its structural length is far shorter than that of flanged and threaded ball valves of the same specification, which greatly saves pipeline installation space. It is especially suitable for dense pipeline arrangement, equipment bottom pipeline, container accessory pipeline and other narrow installation scenarios, effectively solving the installation limitation problem of conventional valves in compact space systems.

2 Lightweight Design & Low Engineering Cost

The highly integrated thin-body structure reduces valve weight by more than 30% compared with conventional ball valves. Wafer ball valve saves raw material consumption and reduces pipeline load and support requirements. Meanwhile, the clamping installation mode does not require matching flanges at both ends, saving pipeline accessory costs and construction workload, significantly reducing overall project investment and later operation and maintenance costs.

3 Low Flow Resistance & Efficient Conveying

Retaining full-bore straight-through flow channel design, the inner flow channel is smooth and flat without throttling dead zones or turbulent resistance. The flow coefficient of wafer ball valve is large and the pressure loss is extremely low, realizing high-efficiency fluid conveying. It can adapt to long-term large-flow medium operation without flow attenuation and medium deposition, with better fluid performance than globe valves and gate valves.

4 Fast Switching & Flexible Operation

The wafer ball valve completes full opening and full closing through 90-degree rotation with instantaneous switching response and simple operation. The floating ball core matches the elastic sealing seat with low friction coefficient, ensuring flexible and labor-saving switching without jamming. Wafer ball valve supports frequent high-frequency switching operation, with stable action and high repeatability, meeting the automatic control requirements of industrial continuous production lines.

5 Reliable Zero-Leakage Sealing & High Safety

Relying on pressure self-tightening sealing principle, the sealing performance is automatically enhanced with the increase of medium pressure, realizing bidirectional zero leakage. The anti-blowout valve stem and fully enclosed sealing structure effectively prevent medium external leakage. Optional fire-safe and anti-static structures improve the safety of flammable, explosive and high-temperature working conditions, with high operational reliability and industrial safety level.

6 Simple Installation & Wide Compatibility

The universal wafer clamping structure is compatible with standard pipeline flanges of various pressure grades, with no strict requirement for installation direction. It can be installed horizontally, vertically or obliquely, featuring simple assembly and disassembly and convenient later maintenance. The diversified material and sealing matching schemes enable it to adapt to multiple media and temperature and pressure working conditions, with strong universal compatibility.
 

Wafer ball valve is a compact on-off and regulating ball valve with a non-flange integral wafer body. Different from traditional flanged ball valves with integrated valve body flanges, its two ends are flat clamping surfaces without protruding flange structure. The entire wafer ball valve body is clamped and fixed between adjacent pipe flanges by external bolts, realizing rapid pipeline installation and connection. As a typical floating ball valve, it relies on the valve stem to drive the internal precision spherical core to rotate 90 degrees, so as to complete full opening, full closing and stepless flow regulation of fluid media.

The working principle of the wafer ball valve follows standard ball valve fluid control logic with optimized structural mechanics design. In the fully open state, the spherical through-hole is completely aligned with the pipeline axis, forming a full-bore straight flow channel with almost no flow resistance and minimal pressure loss. In the fully closed state, the spherical core tightly fits the elastic valve seat to cut off fluid passage and achieve bidirectional zero leakage. During operation, the floating ball core automatically compresses the downstream valve seat under medium pressure, forming pressure self-tightening sealing effect. The ultra-thin wafer structure greatly shortens the wafer ball valve body length while ensuring structural rigidity, effectively solving the installation difficulties of conventional valves in narrow pipeline spaces, and realizing efficient and stable fluid control in compact system layouts.