Knowledge

Security is not only the future value of YSMETER, but also the core interest that YSMETER brings to customers

Home > News > Knowledge > Butterfly Valve Types and Industrial Selection Guide

Butterfly Valve Types and Industrial Selection Guide

Aug. 05,2026

Share:

An industrial butterfly valve decision should start with the process duty, not a product name alone. YSmeter supports industrial fluid-control projects, and its butterfly valve series provide a practical category starting point for engineers and buyers.

 

What Is an Industrial Butterfly Valve?

 

An industrial butterfly valve uses a rotating disc to control the passage of fluid. The selected disc, seat, connection, and operating arrangement need to suit the duty. Before a design is specified, the application data should be checked against product documentation and project requirements.

 

Where Does It Fit?

 

Typical consideration includes water, utility, process, and pipeline services where a compact shutoff or control element is required. For a broader view of available equipment, review the industrial valve portfolio alongside the pipeline and process design.

 

Selection Checks That Matter

 

Use the following points as a starting checklist. They help turn a general request into information that a technical team can review.

 

  • Media compatibility with the seat and disc
  • Pressure, temperature, and shutoff requirement
  • Connection type and installation layout
  • Manual, pneumatic, or electric operation

Compare It With Related Valve Options

 

Wafer, lug, concentric, double-offset, and triple-offset designs do not serve the same duty. Start with the line conditions rather than the product name alone. The related wafer butterfly valve guide can help project teams frame the comparison before requesting a technical review.

 

Information to Prepare Before Enquiry

 

Provide the pipeline, medium, pressure-temperature envelope, required operation, and site standard. Where an application needs technical discussion, YSmeter engineering services provide a route to share project information before final selection.

 

Information Why it matters
Process medium and conditions Supports material and sealing review.
Pressure, temperature, and flow data Defines the operating envelope for selection.
Connection and installation details Helps match the valve to the piping design.
Operation and documentation needs Clarifies actuation, control, and project-review requirements.

Plan the Next Step

 

YSmeter can be assessed through the YSmeter team and its product categories. To start a project discussion, contact the team and send the operating data and documentation needed for a duty review.

 

More News

RELATED PRODUCTS

Security is not only the future value of YSMETER, but also the core interest that YSMETER brings to customers

ZSH(DR)E Triple Eccentric Butterfly Valve

ZSH(DR)E Triple Eccentric Butterfly Valve

The ZSHWE/ ZDRWE series triple eccentric butterfly valve features a unique triple eccentric structure between the disc and the sealing ring.

View More
ZSH(DR)W Ventilation Butterfly Valve

ZSH(DR)W Ventilation Butterfly Valve

The body and disc of the ZSHW/ZDRW series pneumatic/electric ventilation butterfly valve are welded from steel plates.

View More
ZSH(DR)WB Double Eccentric Butterfly Valve

ZSH(DR)WB Double Eccentric Butterfly Valve

The ZSHWB/ZDRWB series double eccentric butterfly valve, also known as the high-performance butterfly valve

View More
ZSH(DR)WJ/ZSH(DR)WF Rubber-Lined and Fluorine-Lined Butterfly Valve

ZSH(DR)WJ/ZSH(DR)WF Rubber-Lined and Fluorine-Lined Butterfly Valve

The ZSHWJ/ZDRWJ/ZSHWF/ZDRWF series rubber-lined and fluorine-lined butterfly valves are special service valves designed and developed for the slurry pipeline of large coal-fired power plant desulfurization and denitrification units

View More
ZSHSED Side-Entry Butterfly Valve With Manhole

ZSHSED Side-Entry Butterfly Valve With Manhole

Cryogenic pneumatic triple eccentric butterfly valve is designed for cryogenic services such as LNG and cryogenic fluids.

View More
0.198476s