Description
Product type | Wafer Type 3-Way Ball Valve |
|---|---|
Model | SQ74F-16 |
Nominal diameter | NPS 1”~NPS 8” (DN25~DN150) |
Operating pressure | PN16~PN160, 150Lb~600Lb |
Body Material | A105, F304, F316, F316L etc |
Trim material | 304, 316, 316L |
Seat seal material | PTFE, PPL, RTFE, PEEK etc. |
Connecting end | Flange/ Thread |
Design standard | GB/T 12237, ASME B16.34, JIS B2071, DIN 3357 |
Face to face | Pioneer’s Design Standard |
End Connection | GB/T 9113, ASME B16.5, JIS B2212, DIN 2542 |
Inspection and test | GB/T 26480, API 598, JIS B2003, DIN 3230 |
Operation device | Handle, worm gear, signal, pneumatic, electric actuator |
Design Feature | 1) Optional Anti-static Device 2) Design as customer’s requirement |
The Thin Type Wafer Type 3-Way Ball Valve is a space-saving, high-performance fluid control solution designed for industrial systems requiring medium diversion, convergence, or directional switching. Featuring an ultra-short compact structure with minimal distance between the valve seat and end flange, this valve reduces medium retention to near zero, delivering superior sealing performance and extended service life in critical process applications.
Its working principle relies on a precision-machined 3-way ball core: as the core rotates, it redirects fluid flow between three ports, enabling seamless switching between flow paths, combining multiple medium streams, or splitting a single stream into two lines. The valve can be easily modified to a duplex 3-way configuration for advanced operational needs, and is engineered to handle challenging media including soft particle suspensions and fibrous liquids, with full compatibility for vacuum system applications.
The thin wafer profile delivers an industry-leading short face-to-face dimension, making it the ideal solution for pipelines with limited installation space, such as compact skid-mounted systems and equipment with tight footprint constraints.
The optimized flow path eliminates dead zones and reduces medium hold-up, preventing cross-contamination and product waste, making it perfect for sanitary and high-purity process applications.
The 3-way flow path design supports diversion, convergence, and directional switching functions, with easy modification to duplex 3-way configuration, eliminating the need for multiple 2-way valves to reduce system complexity and cost.
High-grade seal materials deliver reliable, long-lasting sealing even with abrasive or challenging media, with optional anti-static devices for flammable medium safety, and full custom engineering to meet unique project requirements.
This wafer type 3-way ball valve is widely used across chemical processing, pharmaceutical manufacturing, food and beverage production, oil and grease processing, biotechnology, liquid detergent production, metallurgy, pulp and paper, shipbuilding, and vacuum system engineering. It is the preferred choice for applications requiring flexible flow direction control and minimal medium retention.
Pioneer Valve is a trusted manufacturer of industrial fluid control solutions, with a proven track record of delivering high-quality valves to industrial operators, system integrators, and engineering contractors worldwide. Every valve undergoes rigorous in-house testing to ensure compliance with global industry standards, with custom engineering support to tailor configurations for unique project needs. We offer flexible commercial terms, including customized delivery timelines, transparent pricing options, and tailored payment arrangements, with a dedicated technical team providing full support from project specification to on-site installation guidance.
The valve is engineered to handle three core flow functions: medium diversion (one inlet to two outlets), convergence (two inlets to one outlet), and directional switching (alternating between two flow paths), with easy modification to a duplex 3-way configuration for advanced needs.
Yes. Its minimal medium retention design eliminates dead zones for sanitary and high-purity processes, while the robust sealing structure enables stable, reliable performance in vacuum system applications.
We offer both flange and thread end connection options, all compliant with global mainstream industry standards, ensuring seamless integration with existing pipeline systems across international projects.
