Nickel Plated Brass Manifold For Water System

Parameters of Nickel Plated Brass Manifold For Water System

Nickel-plated brass manifolds usually have multiple interfaces for the shunt or confluence of gas, liquid, and other media, and are widely used in refrigeration and air conditioning systems, hydraulic and pneumatic systems, gas equipment, and industrial fluid pipelines. Can extend the service life of parts in humid and corrosive environments through nickel plating, and improve surface hardness to resist wear and oxidation.

  • 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

Additional information

Description

Multi-Outlet Distribution Manifold

As the core component of the end of the circulating water system, the multi-outlet distribution manifold mainly undertakes the task of accurate distribution of water medium, and collects the system water returned from the end, which can flexibly adjust the total flow of circulating water according to the actual operation demand of various heating products.

  • Model No.: JX-10021
  • Material: Stainless steel 304/Iron
  • Surface treatment: Electrophoresis black
  • Size: DN32
  • Nominal Pressure: ≤ 8Bar
  • Working Temperature: -10℃~110℃
  • Applicable Medium: Cold and hot water
  • Maximum flow rate: 3 m³/h
  • Available in two finish options: natural (uncoated) or black powder coating
  • Working medium: water, glycol solution, or glycerol solution
  • Warranty period 3 years
 

Stainless Steel Hydraulic Balance Water Separator

The function of the stainless steel hydraulic balance water separator is to distribute and converge the fluid in the circulating water system, and at the same time, realize the precise regulation of the water flow of each branch through the built-in structure to ensure the hydraulic balance of different heating/cooling terminals and avoid the problem of uneven cold and heat caused by uneven branch flow and widely used in floor heating, central air conditioning, and other heating engineering pipeline systems.

  • Model No.: JX-10013
  • Material: Stainless steel 304/Iron
  • Circuit Connection 1″ Male Thread
  • Nominal Pressure: ≤ 8Bar
  • Working Temperature: -10℃~110℃
  • Applicable Medium: Cold and hot water
  • Rated power: 80kw
  • Insulation material: EPP
  • Application system: Heating boiler, boiler, floor heating
  • Stable operation of the heating system
 

Mixing Tank Manifold for Heating System

It can cut off the mutual interference between the heat pump and the boiler pump (the influence of both parties can be blocked), can clearly sort out and standardize the operation process of the multi-boiler system, not only greatly improve the overall operation efficiency of the system, but also help the boiler to fully release the maximum power, and provide practical supporting services such as temperature control.

  • Model No.: JX-10004
  • Material: Stainless steel 304/Iron
  • Surface treatment: Electrolysis, electrophoresis, electro-zinc plating(orange)
  • Size: DN25, DN32
  • Nominal pressure: 6 bar
  • Applicable medium: cold and hot water
  • Working temperature: -10℃-110℃
  • Type: Hydraulic separation
  • Compatible products: Manifold or Pump station
  • Insulation material: EPP
  • Pump capacity: 2 m³/h, 3 m³/h
  • Power: 50 KW, 70 KW
Manifold Automatic Exhaust Valve

A Manifold Automatic Exhaust Valve is a kind of valve equipment installed in a fluid pipeline. Its function is to automatically exhaust air accumulated in the pipeline, avoid pipeline air blockage, water hammer, thermal efficiency reduction, or equipment corrosion caused by air retention, and it can monitor and exhaust gas in real time during fluid flow without manual operation.

  • Model No.: JX-0925
  • Material: Brass, CW617N, H58-3
  • Product processing: Nickel plating
  • Size: 1″
  • Thread connection: BSP, NPT
  • MOQ: 500pcs
  • Automatic Air Vent End Unit
  • 1/2″ Adjustable drain valve
  • Max. Working pressure: 16 bar
  • Max. Discharge pressure: 2.5 bar
  • Connecting thread: ISO 228 standard
  • Product processing: Nickel plating
  • Working medium: Air, Water, Wasted water
 

Square Pumping Station Pipe

Square pumping station pipeline is a kind of square-section pipeline component applied in a pumping station system, mainly used for conveying water, heating medium, and other fluids. Compared with a circular pipeline, its square structure is more convenient to arrange and install in a pumping station with limited space, which can improve the utilization rate of site space. At the same time, it can connect the pump body, water tank, valve, and other equipment in the pumping station, which plays the role of stabilizing fluid transmission and adapting system pipeline layout. It is often used for pipeline connections and system expansion of heating and water supply pumping stations.

  • Model No.: JX-10031
  • Material: Stainless steel 304/Iron
  • Specifications: 1″
  • Spacing: 125 mm
  • Pump connection: 180 mm
  • Thermometer connections: 1/2″
  • Circuit power: 25 KW
  • Applicable Medium: Cold and hot water
  • Type: Hydraulic balance/Hydraulic distribution
  • Nominal pressure: 6bar
  • Working temperature: -10℃-110℃

 

Circular Pumping Station Pipeline

The circular pumping station pipeline is a core component of the pumping station system, characterized by its circular cross-section design. It is mainly used for fluid transportation and diversion in heating and water supply systems. Its circular structure features low fluid resistance, high pressure-bearing capacity, and stable compression and impact resistance. This extension tube increases the length of connections between system components, which is especially useful when system configuration changes are required.

  • Model No.: JX-10030
  • Material: Stainless steel 304/Iron
  • Surface treatment: Electrolysis, electrophoresis, electro-zinc plating(yellow)
  • Specifications: 1″, 1-1/2″
  • Applicable medium: cold and hot water
  • Type: Hydraulic balance/Hydraulic distribution
  • Nominal pressure: 6bar
  • Working temperature:0 -10℃-110℃
  • Application System: Heating Boiler, Air Energy, Water tank, Radiator, Floor heating
  • Increase the connection length between system components

FAQs of Brass Manifold

1. What systems does plumberstar’s Nickel Plated Brass Manifold work with?

Our Nickel Plated Brass Manifold has a wide range of adaptability and can be accurately applied to heating, domestic hot water, central air conditioning, water circulation, and industrial fluid delivery systems to cover multiple scenarios. For customers ‘special working conditions, interface specifications, and other personalized demands, we will provide professional customized solutions, and the whole process of technical docking to ensure that the products fit the actual application.

2. What is the nominal pressure and operating temperature range of the Manifold?

The nominal pressure of our water separator products is 10 bar; customers can also customize 16 bar high-pressure models. The working temperature range of the product is -10 ℃ to 110 ℃, and it can withstand the temperature changes of common media, such as cold and hot water, and ethylene glycol solution.

3. What is the manifold nickel plating thickness standard?

The nickel plating thickness standard is ≥ 8 μm, and it can be customized to be thicker than 10 μm. The nickel plating layer fully complies with ASTM B689 and BS EN 1254-2 international standards, exhibiting good coating uniformity, excellent oxidation resistance, and corrosion resistance.

4. What are the optional interface specifications of the manifold?

Pluberstar manifold adapter size interface specification covers DN15~DN20, thread type supports G thread, NPT thread, PT thread, flange interface, and welding interface can also be customized. It can meet the customization requirements and meet the pipeline adaptation requirements of different countries.

5. What is the maximum number of circuits in a single manifold?

The standard manifold is 2~12 channels, and up to 24 channels can be customized. Still, the structure needs to be optimized according to the interface size and the overall design, and the circuit spacing and number can be adjusted to meet the customer’s system design requirements.

6. Can you provide the manifold free samples?

Pluberstar supports 1~2 free samples, but only for regular models. The sample production cycle is 3~5 working days. The sample delivery fee shall be borne by the customer. The express delivery fee is the international express delivery (DHL/UPS/FedEx) fee. If the subsequent batch order is placed, the sample express delivery fee can be reimbursed.

7. What logistics methods are supported for the manifold?

Support sea, air, and express. Factories can assist customers with customs clearance procedures, providing commercial invoices, packing lists, certificates of origin, certificates, and other complete sets of customs clearance documents. If necessary, they can also provide preferential certificates of origin, such as FORM A/FORM E.

8. How long is the warranty period for the manifold?

Quality guarantee period: 3 years from the date when the customer signs for the goods. If there is a non-artificial quality problem within the warranty scope, such as coating peeling, valve body cracking, seal leakage, etc., the customer should provide photos or videos of the problem products and order information; we will give solutions within three working days.

9. What quality control measures are used during production for the manifold?

Strict quality control shall be implemented throughout the production process of products: ① raw material inspection (purity test of brass ingot, compliance screening of nickel plating raw materials);② production process inspection (confirmation of the first piece of each process, inspection records);③ complete inspection of finished products (100% pressure test ≥1.5 times nominal pressure, air tightness test, appearance coating test);④ batch traceability (production batch of each product shall be marked, and raw materials and production process can be traced).

10. Can OEM/ODM customization be accepted for the manifold?

Full OEM/ODM support! The factory can engrave a customer’s logo, product model, adjust interface size, circuit number, valve body length, design special structures, and customize packaging and instructions to meet customer branding needs.

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