Butterfly Valve High Pressure - China Manufacturer

I’m a China-based Manufacturer, and I’m here to supply you with a Butterfly Valve High Pressure built for tough process lines. For B2B buyers, I know speed and reliability matter, so I design this valve with a thick-walled body, corrosion-resistant trim, and a precision machined disc that seals tight at high flows. The seat polymer is chosen for good tight shutoff and long life under pressure swings. It handles aggressive media and is available in wafer and lug types, ANSI/ISO standards, and a full range of sizes. In practice, our clients in chemical, oil & gas, and power industries get reduced fugitive leaks, simpler maintenance, and lower total cost of ownership. I’m proud to serve as your direct China supplier, with quick lead times, flexible certification options, and clear documentation. If you’re seeking a dependable Butterfly Valve High Pressure from a hands-on Manufacturer who speaks your language, I’m ready to support your project from quote to after-sales.

Hot Selling Product

Butterfly Valve High Pressure Manufacturer Manufacturers You Can Rely On

For global buyers seeking high-pressure butterfly valves you can rely on, choose a manufacturer with deep engineering roots, advanced production lines and rigorous quality control. A seasoned Chinese engineering firm specializes in heavy-duty butterfly valves designed for extreme service—featuring robust disc and shaft assemblies, resilient and metal-seated options, precise CNC machining, strict material traceability and comprehensive pressure and leak testing to meet international standards. Their products cover wafer, lug and double-flanged bodies with materials and coatings selectable for corrosive, high-temperature and high-pressure environments. Beyond product robustness, what matters is the partnership: flexible OEM/ODM capabilities, fast prototyping, batch consistency, competitive pricing and global logistics experience ensure timely delivery to projects worldwide. Buyers benefit from pre-sales engineering support, tailored actuation and control solutions, installation guidance and responsive after-sales service—making it easier to spec, procure and deploy high-pressure butterfly valves with confidence.

{ Butterfly Valve High Pressure Manufacturer Manufacturers You Can Rely On }

Model Code Connection Size (DN) Body Material Disc Material Seat Material Pressure (MPa) Temperature (C) Standard Actuation Country Certification Kv (m3/h)
HP-VB-01 Wafer DN50 WCB CF8M PTFE 2.5 -20 to 180 ASME B16.34 / API 598 Pneumatic China API 598; ISO 9001 180
HP-VB-02 Lug DN80 CF8M CF8M PTFE 2.5 -20 to 180 ASME B16.34 Hydraulic China ISO 9001 420
HP-VB-03 Flanged DN100 WCB Stellite-coated Graphite 4.0 -20 to 200 ASME B16.34; EN 1092-1 Electric Taiwan API 598; ISO 9001 680
HP-VB-04 Wafer DN125 CF8M Stellite-coated PEEK 3.0 -10 to 210 API 598 Pneumatic Italy ISO 9001 980
HP-VB-05 Flanged DN150 WCB CF8 PTFE 6.0 -20 to 220 ASME B16.34 Electric India CE 1200
HP-VB-06 Lug DN200 CF8M CF8M Graphite 2.0 -30 to 180 ASME B16.34; EN 1092-1 Hydraulic China API 598; PED 980
HP-VB-07 Wafer DN250 WCB Stellite PTFE 4.5 -20 to 200 ASME B16.34 Electric Japan ISO 9001 1500
HP-VB-08 Flanged DN300 CF3 CF3 Graphite 8.0 -30 to 250 ASME B16.34 Pneumatic Korea CE 2400
HP-VB-09 Lug DN80 CF8 CF8 PTFE 1.0 -40 to 150 API 598 Pneumatic USA ISO 9001 260
HP-VB-10 Wafer DN50 WCB Stellite PEEK 3.5 -20 to 190 ISO 9001; API 598 Electric Germany PED 320

Related Products

Butterfly Valve High Pressure Dominates Factory-Direct Excellence

Data Dimension: Pressure-Rating Throughput

Pressure-Driven Throughput Across Pressure Levels

Throughput (L/min) 0.5 MPa 1.0 MPa 1.6 MPa 2.5 MPa 4.0 MPa
This dataset compares five standard pressure ratings for butterfly valves and their corresponding throughput values in a factory-direct supply context. The chart uses a uniform bar width and a linear scale to illustrate relative performance across pressure categories. The x-axis represents five pressure levels: 0.5 MPa, 1.0 MPa, 1.6 MPa, 2.5 MPa, and 4.0 MPa, which correspond to common operating points in industrial processes. The y-axis captures throughput in liters per minute (L/min), indicating the maximum flow capacity achievable under each pressure condition. Although the data are synthetic, the trend mirrors plausible real-world behavior: throughput rises with pressure up to a peak around 2.5 MPa, then stabilizes with a slight decline at the highest level. This pattern can be explained by fluid dynamic limits, valve geometry, seat sealing reliability, and actuation performance under high differential pressures. In a factory-direct setting, high-pressure designs often deliver superior throughput while requiring robust sealing and thermal management. The data dimension emphasizes the relationship between pressure rating and throughput, enabling engineers to compare performance across pressure classes without confounding variables such as material quality or brand. While the chart serves as a demonstration, it reflects real-world considerations where high-pressure capability enhances throughput stability and efficiency, informing procurement decisions about valve sizing, actuation requirements, and maintenance planning. Overall, the visualization supports evaluating whether higher pressure ratings translate to meaningful throughput gains in a given application, guiding designers toward choices that balance performance with reliability and cost.

Top Selling Products