Whatsapp Facebook X-twitter Youtube

Manual Wafer V-Port Ball Valve | V-Type Flow Control Ball Valve

Manual Wafer V-Port Ball Valve | V-Type Flow Control Ball Valve
  • Nominal Diameter: DN25‑DN250 (1″‑10″)
  • Nominal Pressure: PN16 (Class 150LB)
  • Operation Mode: Handwheel, Gear Operator
  • Body Materials: WCB, WC6, WC9, 304, 316L, Hastelloy C, Alloy 20, 2205, 2507, 904L, 310S, TA2
  • Seat Materials: PTFE, PPL, PEEK, Metal‑to‑Metal Seal
  • Design & Manufacturing Standards: ANSI B16.34, GB/T 12237, DIN 3357, API 608, etc.
  • Connection Type: Wafer Type
  • Operating Temperature: -29°C ~ 425°C
  • Applicable Media: Water, steam, hot oil, organic solvents, acid and alkaline solutions, sewage, slurry, ore pulp, paper pulp, fiber‑containing media
For technical drawings and 3-D models, click on a part number.

Product details

Manual Wafer V‑Port Ball Valve is a high‑performance ball valve integrating media shut‑off and flow regulation. It adopts V‑port ball construction and wafer‑type connection, and is manually operated by handle or worm‑gear mechanism.

The V‑port ball features a special V‑shaped flow passage. As the ball rotates, the flow‑through area changes gradually with the opening angle to achieve stable flow regulation. Meanwhile, the edge of the V‑port ball delivers shearing action, which effectively handles media containing particles, fibers, slurry and viscous fluids.

Working Principle of V‑Port Ball Valve
Valve Opening: As the ball rotates from the closed position, the V‑port opening gradually enlarges and the effective flow‑through area increases accordingly. The flow rate rises with the opening angle to realize flow regulation.

Flow Regulation: Maintaining the V‑port ball at different opening angles continuously varies the effective flow area, enabling adjustment of medium flow rate and pressure. Thanks to its stable inherent flow characteristic, the V‑port ball valve is well‑suited for industrial systems requiring moderate regulating accuracy.

Valve Closing: When the ball rotates to the closed position, the V‑port is misaligned with the pipeline flow direction. The ball makes firm contact with the seat to block media flow and achieve reliable shut‑off.

Shearing Action: During ball rotation, shearing force is generated between the V‑port edge and the seat. It cuts or breaks fibers, particles and viscous materials, reducing the risk of valve blockage.

Product Specifications

Manual ball valves are widely used on piping systems for fast opening and closing, to cut off or connect fluid media stably. Accurate parameter confirmation including working temperature, medium, pressure and caliber is required before ordering for correct valve selection. Customized solutions on valve size, pressure rating, connection standard and body material are available to meet diverse non-standard working conditions.（Unit: mm）

Manual Wafer V-Port Ball Valve -150LB

DNinchType/ClassPart NoABCTYLφd
25 1VQ77-150LBVQ77150XLX150 68 38 81 73 75 16
32 1.25VQ77-150LBVQ77150XLX1.2560 76 45 86 78 75 16
40 1.5VQ77-150LBVQ77150XLX1.560 84 50 90 80 75 16
50 2VQ77-150LBVQ77150XLX275 100 62 93 90 75 16
65 2.5VQ77-150LBVQ77150XLX2.5100 118 73 108 105 75 16
80 3VQ77-150LBVQ77150XLX3100 132 90 123 118 75 20
100 4VQ77-150LBVQ77150XLX4115 158 115 138 130 75 20
125 5VQ77-150LBVQ77150XLX5129 184 134 148 145 80 25
150 6VQ77-150LBVQ77150XLX6160 216 164 170 170 94 30
200 8VQ77-150LBVQ77150XLX8200 268 206 200 201 94 30
250 10VQ77-150LBVQ77150XLX10240 326 260 240 237 98 40

V‑port ball design delivers integrated regulation and shut‑off functions. Built with wafer‑type construction, the valve allows easy installation and simple manual operation. It provides favorable flow characteristics and powerful shearing capacity, together with low flow resistance, reliable sealing and convenient maintenance.