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| Multi-Outlet Distribution Manifold The multi-outlet distribution manifold is an important part at the end of a circulating water system. It is used to send water accurately to different pipes and collect water returning from the system. It can also adjust the total water flow flexibly according to the needs of different heating products, helping the system work efficiently and keeping water evenly balanced in all branches.
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| Stainless Steel Hydraulic Balance Water Separator The stainless steel hydraulic balance water separator is used to distribute and collect water in a circulating system. It can also control the water flow in each branch with its built-in structure. This helps keep all heating or cooling terminals balanced and prevents some areas from being too hot or too cold. It is commonly used in floor heating, central air conditioning, and other heating and cooling pipeline systems.
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| Mixing Tank Manifold for Heating System It can separate the work of the heat pump and the boiler pump so they do not affect each other. It helps organize and standardize how a multi-boiler system works. This not only improves the system’s overall efficiency but also allows the boiler to work at full power. It can also provide practical supporting services such as temperature control.
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| Manifold Automatic Exhaust Valve A manifold automatic exhaust valve is a valve installed in a pipeline. Its job is to automatically release air that builds up in the pipes. This helps prevent air blockages, water hammer, lower heating or cooling efficiency, and equipment damage caused by trapped air. It can monitor and release air while water or other fluids are flowing, without needing anyone to operate it.
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| Square Pumping Station Pipe A square pumping station pipeline is a kind of square-section pipeline component applied in a pumping station system. Compared with round pipes, its square shape makes it easier to arrange and install in pumping stations with limited space. It can connect the pump body, water tank, valve, and other equipment in the pumping station. It is often used for pipeline connections and system expansion in heating and water supply pumping stations.
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| Circular Pumping Station Pipeline The circular pumping station pipeline is an important part of the pumping station system. It has a round shape and is mainly used to carry and guide water or other fluids in heating and water supply systems. Its round design allows fluid to flow smoothly, can handle high pressure, and is strong against compression and impact. This extension pipe increases the distance between system parts, which is especially useful when the system layout needs to be changed or adjusted.
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Nickel Plated Brass Manifold For Water System
Nickel Plated Brass Manifold For Water System
A nickel-plated brass manifold for a water system is a special part used to send and collect water in pipes. It has many openings, so water can go to or come from different parts of the main pipe. When used with valves, it can control each branch separately, turning water on or off and changing the flow. This manifold helps keep the water flow balanced, makes the system work better, and improves control accuracy.
- Model No: JX-10055
- Material: CW617N Brass
- Inlet Hole Thread (Female): 3/4″ and 1″, two options
- Adapter size: Ø16×1.5/1/2×1.5
- Center distance is 50mm
- 2 loops-12 loops
- Shape: Throughflow with straight branches
- Finishing: Nickel-plated
- Standards: EN331 standards for the European
- Thread Type: BSP
- Pressure Applicable≤ 1.2MPa
- Teflon tape and pipe dope are friendly
- Application: Heating system
- Maximum working pressure: 10 bar
- Maximum Working Temperature: + 105ºC
- ODM/OEM support
- Free samples available
1. What systems does the nickel-plated brass manifold work with?
Plumberstar nickel-plated brass manifolds are made primarily for heating setups. We craft them out of CW617N brass and follow Europe’s EN331 rules. This brass manifold can safely handle water temperatures up to 105°C and withstand pressure levels reaching 10 bar. It features BSP female inlet threads, and you are able to select either 3/4-inch or 1-inch dimensions to suit your pipe setup.
This manifold features a straight through-flow design, with 50mm spacing between each branch. It works with Ø16×1.5 and 1/2×1.5 pipe connectors. Workers can use PTFE tape or liquid thread sealant on the threads, which makes field installation straightforward. The nickel surface layer protects the brass body against corrosion under continuous warm water circulation.
The manifold evenly sends hot water to every separate heating loop. It holds steady under the rated 1.2MPa pressure during long daily operation. If your project needs a certain number of branches or other minor changes, we can talk through adjustments to suit common heating installation practices in your market.
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2. Can the center-to-center spacing of the brass manifold be customized?
Yes, we fully support custom center-to-center spacing for our brass manifolds. Our regular factory standard spacing is 50mm. We can adjust this distance to fit your actual installation space, pipe layout and project needs. You only need to tell us your required size or provide simple installation drawings.
We offer clear adjustable spacing ranging from 40mm to 60mm. If you need extra space to install insulation sleeves, small valves and water filters, you can choose wider spacing above 50mm. For tight, narrow installation areas, we can set narrower spacing below 50mm. All custom adjustments keep the original solid structure of the manifold, with no loss of stability.
All custom manifolds follow the same strict quality checks as standard products. Every finished unit is tested under 10 bar working pressure. It safely works under the maximum temperature of 105°C for heating systems. Custom spacing will not affect installation accuracy, sealing performance or long-term service life.
3. What logistics methods are supported for the manifold?
We have multiple shipping options available for our brass manifolds to match different buyers’ needs. Sea transport works great for medium and bulk orders.We offer both full container and shared container sea shipments. Sea shipments usually take 22 to 35 days to arrive at most European ports. We work with trade terms including FOB, DDU and DDP, and goods can be sent to seaports or delivered right to your warehouse. We put together all required export documents such as commercial invoices, packing lists and certificates of origin to simplify customs clearance procedures.
Air freight and international courier services are ready for time-sensitive shipments. Air shipping is suitable for urgent bulk orders and takes 5 to 7 days on average. Small trial orders and product samples can be sent via DHL, UPS or FedEx. These express services usually get items delivered within 3 to 6 working days. All customs procedures for these shipments are streamlined, so you can receive samples quickly for testing.
Each manifold gets proper protection before being sent out. We pack them inside damp-resistant cartons with foam cushioning. For bigger shipments, we can add wooden frames to prevent knocks and scratches. Once the goods leave our factory, we send you tracking numbers and keep you updated on delivery progress. We will recommend the best shipping method after knowing your order volume, destination and schedule, striking a good balance between delivery speed and total shipping cost.
4. How long is the warranty period for the manifold?
We offer a 3-year warranty starting the day you sign to receive your manifolds.This warranty only covers manufacturing faults and does not apply to damage from improper fitting or careless treatment. The manifold is intended for heating systems operating under 105°C and 10 bar, and warranty protection remains effective so long as you keep operations within these working boundaries.
If you run into quality problems that are not caused manually, like flaking nickel plating, cracked manifold bodies or persistent sealing leaks, please get in touch with us promptly. You will need to send clear photos or short videos of the faulty items together with your order records. Our team will look through your materials and reply with feasible solutions within 3 working days.
Just a few situations fall outside this warranty coverage. Damage from improper assembly, chemical corrosion, freezing or overpressure operation will not be included. If you have questions to confirm whether an issue qualifies for warranty support, feel free to contact our sales staff at any time.
5. Can accessories be pre-installed on the manifold in the factory?
Plumberstar nickel-plated brass manifolds allow us to fit all matching accessories at our factory before shipment. We can mount air vents, drain valves, flow regulators, mounting brackets, pressure gauges, end plugs and other components as you request. After assembly, every unit undergoes leak testing at 10 bar to check all joints. Everything is ready before the goods leave our workshop.
When accessories are pre-mounted in our plant, installers can put the manifold straight into service once delivered. This cuts down on on-site assembly work and lowers the chance of fitting errors. We build according to your accessory list or technical drawings to ensure every component matches the manifold ports. Pre-assembled units maintain consistent sealing performance for heating systems working up to 105°C.
Pre-installed manifolds also bring advantages for large export orders. Neat assembly helps save container space and reduces damage risks during transit. Simply share your full list of required parts with our sales team, and we handle assembly, pressure inspection and final packaging. This one-stop service simplifies your whole procurement process and speeds up construction on your projects.
6. Can you provide the free samples of the brass manifold?
Plumberstar sends out manifold samples to help buyers test performance, check installation compatibility and confirm quality before ordering large quantities. Standard nickel-plated brass manifold samples cost nothing, you just take care of international shipping fees. We will finish packing and arrange shipment within two working days after we confirm your sample request.
If you want customized samples, for example changing the number of branches or laser printing your brand logo, we will charge a moderate production fee. This cost can be subtracted from your payment when your formal bulk order reaches 3000 pieces. We also have more flexible terms for long-term partners and big project buyers to lower the cost of early product testing.
Every sample is built following the same production rules as mass-produced manifolds. Each one gets tested under 10 bar pressure to check for leaks before being shipped. Testing these physical samples lets you confirm dimensions and sealing performance on your heating equipment, so you can avoid fitting problems and unexpected issues after you place bulk orders.
