Multi-port ball valves for directing and diverting flow across hydraulic circuits — 3-way and 4-way configurations with L-port and X-port ball drilling, manifold block or split-flange mounting.
Share your drawing or specifications and we'll help you with the right valve solution.
Send RequirementVelqor's multi-port ball valves direct and divert hydraulic flow between multiple circuit paths using L-port or X-port ball drilling. Available in 3-way and 4-way configurations, with manifold block or split-flange mounting, they give circuit designers a reliable, manually-operated way to switch or divert flow at 90° intervals. For automated, spool-type directional control valve requirements, our engineering team can quote a custom-configured solution against your circuit design and approved drawing.
Precision CNC Machining
Variants Available
Every configuration below is confirmed against your requirement, drawing, or sample before production.
4-way ball valve with X-bore ball drilling for diverting flow across four ports, 1/4"–3/4" BSP, up to 500 bar.
3-way manifold block mounted ball valve with L-bore ball drilling, DN6–DN50, up to 500 bar.
Direct manifold block integration for compact multi-port circuit assemblies.
Split-flange connection option available on select 2-way and multi-port series.
Standard body material for general hydraulic circuit applications.
Corrosion-resistant options for demanding or offshore environments, confirmed per requirement.
Specifications
Multi-port ball valve, 3-way (L-port) or 4-way (X-port) configuration
Carbon Steel, SS304, SS316 — as per requirement
DN4 up to DN50 depending on series
Up to 500 bar, confirmed by size and seal selection
DN4–DN25 (4WBV series), DN6–DN50 (3WBV-MB series)
NBR, FKM, EPDM, MVQ
Manifold block or split-flange, as per series
-10°C to +100°C, depending on body & seat material selected
Final specifications, dimensions, materials, and performance details are confirmed against approved drawings, samples, or order requirements before production.
Applications
Redirecting flow between multiple circuit paths at 90° intervals.
Multi-port integration into manifold and panel-mounted circuits.
Directing flow across pump, tank, and actuator lines.
General-purpose flow direction control across machinery circuits.
Switching flow paths during testing and calibration.
Automated or spool-type directional control valves engineered to your circuit requirement.
RFQ Checklist
Share as much as you can — a drawing or sample photo speeds up the process considerably.
The 3-way (L-port) configuration directs flow between three ports, while the 4-way (X-port) configuration directs and diverts flow across four ports. Share your circuit function and we'll help confirm the right configuration.
Standard configurations use manual lever operation for 90° switching between flow paths. For automated or spool-type directional control valves, share your requirement so our engineering team can quote a custom-configured solution.
DN4 up to DN50 depending on series, confirmed per requirement.
Up to 500 bar, confirmed against valve size and seal material selection.
Yes. We regularly manufacture to an approved drawing, sample, or specification provided by the buyer.
Common configurations use carbon steel, stainless steel 304, or stainless steel 316 bodies with NBR, FKM, EPDM, or MVQ seals, confirmed per requirement.
Manifold block or split-flange mounting, depending on the series — confirm your preferred mounting so we can quote the right configuration.
Yes, Velqor is set up for export-ready packaging and documentation. Share your destination country and quantity so we can confirm logistics and lead time.
Get Started
Send your drawing, valve series, mounting, material, operating pressure, quantity, and destination country. We'll review your requirement and help route it to the right configuration — including custom automated DCV engineering where needed.