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Views: 0 Author: Site Editor Publish Time: 2026-09-14 Origin: Site
A manifold provides a centralized way to distribute water from one supply line to multiple independent circuits. It is commonly used in heating, plumbing, HVAC and water distribution systems where several circuits need to be connected and managed from one location.
For buyers, however, selecting a manifold is not simply about choosing the number of outlets. The manifold material, internal valve structure, outlet configuration and supporting accessories can all affect the final system configuration.
SHUANGLIN VALVE supplies brass manifolds and stainless steel manifolds, together with a range of manifold valves and accessories. The brass manifold range includes two main configurations: globe-type brass manifolds and ball-type brass manifolds. The company also supplies accessories such as straight valves, angle valves, valves with pressure gauges, inlet valves with filters, air vent and drain valves, plugs, pressure gauges and safety components.
This guide explains the main manifold types, related components and typical applications to help importers, distributors and project buyers understand how to select a suitable manifold system.
A manifold is a component that distributes fluid from a main inlet to multiple outlets or circuits.
In a typical heating or water distribution system, the basic flow path can be understood as:
Main Supply → Manifold → Multiple Individual Circuits
Instead of connecting every circuit separately at different locations, a manifold brings multiple connections together in one centralized assembly.
This arrangement can make it easier to:
· Distribute water to multiple circuits
· Organize multiple pipe connections
· Control individual circuits
· Isolate selected circuits when required
· Integrate additional components into the system
· Simplify installation and maintenance
The actual function of a manifold depends on its configuration and the valves or accessories installed with it.
Manifolds are available in different materials depending on the product design and application requirements.
SHUANGLIN VALVE supplies both brass manifolds and stainless steel manifolds.
The two materials can be considered for heating and water distribution applications, while the appropriate choice depends on the buyer's project requirements and product specifications.
Feature | Brass Manifold | Stainless Steel Manifold |
Material | Brass | Stainless steel |
Available outlets | Globe-type: 2–12 ways | 2–12 ways |
Typical applications | Heating and water distribution | Heating and water distribution |
Related accessories | Available | Available |
Configuration | Globe-type and ball-type | Globe-type |
One important difference within the SHUANGLIN VALVE range is that the brass manifold is available in two internal valve configurations, while the stainless steel manifold is available in a 2–12-way configuration.
The brass manifold range can be divided into two main types:
The main difference is the valve structure used inside the manifold.
The globe-type brass manifold uses a globe-valve structure for controlling the individual outlets.
It is available in:
2–12 ways
The multiple outlets allow one manifold assembly to serve several independent circuits.
For a heating system, for example, different outlets can be connected to different heating circuits. The exact number of outlets required depends on the system design and number of circuits.
When selecting a globe-type manifold, buyers should consider:
· Number of circuits
· Required connection size
· Valve configuration
· Installation space
· Required accessories
· Thread standard
· Overall system requirements
The second configuration is the ball-type brass manifold.
Unlike the globe-type design, the ball-type manifold uses ball valves internally.
It is available in:
2–6 ways
The internal ball-valve structure gives this manifold a different operating configuration from the globe-type manifold.
The choice between a globe-type and ball-type brass manifold should therefore be based on the requirements of the system and the preferred valve structure.
For distributors, it is also useful to confirm which manifold configuration is preferred by their downstream customers before placing a larger order.
The number of outlets is one of the most important specifications when selecting a manifold.
SHUANGLIN VALVE currently offers:
2–12 ways
2–6 ways
2–12 ways
The number of ways represents the number of outlet circuits that the manifold can serve.
For example, a 4-way manifold can be used where four separate outlet circuits are required, while a 10-way manifold provides connections for ten individual circuits.
The required number of ways should therefore be determined according to the number of circuits in the actual system.
A manifold is often used together with additional valves and components.
For buyers, this means that selecting the manifold body is only one part of the procurement process. The required manifold accessories should also be considered.
SHUANGLIN VALVE supplies several related components for manifold assemblies.
A straight manifold valve is designed for straight connection arrangements.
It can be selected when the manifold installation allows the pipe connection to follow a straight direction.
The straight configuration can be compared with an angle valve according to the available installation space and piping arrangement.
An angle manifold valve provides an angled connection arrangement.
This can be useful when the available installation space or pipe routing requires the connection to change direction.
The choice between a straight manifold valve and an angle manifold valve should therefore be based on the actual installation layout.
SHUANGLIN VALVE also supplies manifold valves equipped with pressure gauges.
Two configurations are available:
· Straight valve with pressure gauge
· Angle valve with pressure gauge
These products combine the valve connection function with a pressure indication point.
A pressure gauge allows the operator to observe the system pressure at the corresponding location, which can be useful during system operation, inspection or maintenance.
The choice between the straight and angle version depends mainly on the connection arrangement and installation space.
Another related component is the manifold valve with a filter at the inlet side.
The position of the filter is important:
The filter is located at the water inlet side.
This configuration combines the inlet valve and filtration function in one component.
For systems where filtration is required at the manifold inlet, this type of component can be considered as part of the manifold assembly.
When specifying the product, buyers should confirm that the required filtration function is located at the inlet side, rather than assuming that every manifold filter has the same configuration.
Air and water management are also important when designing a manifold system.
SHUANGLIN VALVE supplies related components including:
· Air vent and drain valve
· Air vent valve
· Air vent plug
· Plug
These components can be selected according to the requirements of the manifold assembly.
An air vent valve is used in systems where air release is required.
A drain valve provides a way to discharge water from the relevant section of the system.
A combined air vent and drain configuration can provide both functions within the corresponding manifold assembly.
A manifold plug can be used to close an unused or designated connection according to the product configuration.
A pressure gauge can be integrated into the manifold system when pressure monitoring is required.
The gauge provides a visible indication of pressure and can help operators monitor the condition of the relevant circuit.
SHUANGLIN VALVE also supplies safety components for manifold assemblies.
Because the exact safety component configuration depends on the product and system design, buyers should confirm the required safety component before ordering rather than selecting it based only on a general product name.
A heating manifold can be used to distribute water between multiple heating circuits.
A simplified system can be represented as:
Heat Source → Supply Pipe → Manifold → Individual Heating Circuits
The water enters the manifold through the main inlet and is distributed to multiple outlets.
Each outlet can then connect to an individual circuit.
For example, in a multi-circuit heating system, different manifold outlets may connect to different rooms or heating zones.
This centralized arrangement allows the individual circuits to be organized around one manifold assembly rather than using completely separate connection points.
The exact configuration depends on the heating system design.
Manifolds can be used in a variety of heating and water distribution systems.
Because SHUANGLIN VALVE supplies products through importers, distributors and other B2B channels, the final application can vary depending on the downstream project.
Typical or potential applications include:
A radiant floor heating manifold can distribute heating water to multiple floor-heating circuits.
This is one of the common applications associated with heating manifolds.
The number of manifold ways can be selected according to the number of heating circuits required by the system.
Manifolds can also be used in radiator heating systems where multiple heating circuits need to be organized through a centralized connection point.
The appropriate manifold configuration depends on the number of circuits and system design.
In hydronic heating systems, water is used as the heat-transfer medium.
A heating manifold can distribute water to multiple independent circuits and provide a centralized connection point for related components.
Residential heating systems may use manifolds where several heating circuits need to be connected and managed.
The manifold configuration can vary according to the building layout and number of circuits.
Commercial buildings may contain multiple heating or water circuits.
A manifold can provide a centralized connection arrangement for these circuits, depending on the HVAC system design.
Manifolds are not limited to heating.
They can also be used in water distribution systems where one supply line needs to distribute water to multiple outlets or circuits.
The specific manifold type and accessories should be selected according to the intended system.
For importers, distributors and project buyers, manifold selection can be simplified into several key questions.
First determine which material is appropriate for the project and product range.
SHUANGLIN VALVE supplies both brass manifolds and stainless steel manifolds.
For brass manifolds, buyers can choose between:
Globe-type brass manifold
or
Ball-type brass manifold
The main difference is the internal valve structure.
The globe-type manifold is available in 2–12 ways, while the ball-type manifold is available in 2–6 ways.
The number of ways should correspond to the number of circuits that need to be connected.
SHUANGLIN VALVE's current range includes:
· Brass globe-type: 2–12 ways
· Brass ball-type: 2–6 ways
· Stainless steel: 2–12 ways
The available installation space should be considered when choosing between:
· Straight manifold valve
· Angle manifold valve
A straight valve and an angle valve provide different connection arrangements, so the piping layout should be checked before ordering.
If pressure monitoring is needed, buyers can consider:
· Straight valve with pressure gauge
· Angle valve with pressure gauge
· Separate pressure gauge
The choice depends on the required manifold configuration.
If filtration is required at the manifold inlet, a manifold valve with an inlet-side filter can be considered.
This should be specified clearly during procurement to ensure that the filter is located at the required position.
Depending on the system, buyers may also need:
· Air vent valve
· Drain valve
· Air vent and drain valve
· Plug
· Air vent plug
· Pressure gauge
· Safety components
Considering these components at the beginning of the procurement process can make it easier to build a complete manifold assembly.
A complete manifold system may consist of several different components.
A simplified procurement structure is:
Manifold Body
↓
Manifold Valves
↓
Pressure Gauge / Filter / Air Vent / Drain
↓
Plugs and Safety Components
The exact combination depends on the application and installation requirements.
For example, a heating system may require a multi-way manifold together with connection valves and air-management components, while another water distribution system may require a different configuration.
For distributors, it can therefore be useful to source the manifold and compatible accessories from the same supplier.
This can simplify product matching and reduce the need to coordinate multiple component suppliers.
A manifold is often purchased as part of a larger system rather than as an isolated component.
This means that compatibility between the manifold and its accessories can become an important purchasing consideration.
For example:
· The manifold needs the correct number of outlets.
· The connection valve needs to match the installation arrangement.
· The pressure gauge needs to be positioned where pressure monitoring is required.
· The inlet filter needs to be installed at the correct water-entry position.
· Air vent and drain components need to correspond to the system configuration.
· Plugs may be required for designated connections.
For B2B buyers, this makes complete manifold system sourcing an important consideration when comparing suppliers.
Before placing an order, buyers should confirm the following information:
· Brass manifold
· Stainless steel manifold
· Globe type
· Ball type
· 2-way
· 3-way
· 4-way
· And other available configurations
· Straight
· Angle
· Pressure gauge
· Filter
· Air vent
· Drain
· Plug
· Safety components
Confirm the required connection/thread specification for the target market and installation.
Identify whether the products are intended for:
· Radiant floor heating
· Radiator heating
· Hydronic heating
· Residential heating
· Commercial HVAC
· Water distribution
This information allows the supplier to recommend the appropriate product configuration without making assumptions about the final installation.
For distributors and importers, a manifold supplier should be evaluated not only by the manifold itself but also by the supplier's ability to provide related components.
A supplier with a broader manifold product range can potentially provide:
· Brass manifolds
· Stainless steel manifolds
· Manifold valves
· Valves with pressure gauges
· Inlet valves with filters
· Air vent valves
· Drain valves
· Plugs
· Pressure gauges
· Safety components
This can be particularly useful for buyers who need multiple components for the same product line.
SHUANGLIN VALVE provides manifold products and related valve components for international B2B customers, including importers, distributors and project buyers.
A brass manifold is used to distribute water from a main inlet to multiple outlets or circuits. It can be used in heating, plumbing, HVAC and water distribution systems.
The main difference is the internal valve structure. A globe-type brass manifold uses a globe-valve structure, while a ball-type brass manifold uses ball valves internally.
SHUANGLIN VALVE's globe-type brass manifolds are available in 2–12 ways, while ball-type brass manifolds are available in 2–6 ways.
The stainless steel manifold range is available in 2–12 ways.
Common manifold accessories include straight valves, angle valves, valves with pressure gauges, inlet valves with filters, air vent valves, drain valves, plugs, pressure gauges and safety components.
A manifold valve is a valve used together with a manifold to control or connect the individual circuits associated with the manifold.
It is a manifold valve with a filtration function at the inlet side. SHUANGLIN VALVE supplies an inlet valve with a filter positioned at the water inlet.
A pressure gauge provides a visible indication of system pressure at the corresponding connection point.
A heating manifold is a manifold used to distribute heating water between multiple heating circuits, such as those used in radiant floor heating or other hydronic heating systems.
A manifold is more than a multi-outlet connection component. In a heating or water distribution system, it can serve as a centralized point for distributing water to multiple circuits and integrating valves and other system components.
When selecting a manifold, buyers should consider material, internal valve structure, number of ways, connection arrangement and required accessories.
SHUANGLIN VALVE supplies brass and stainless steel manifolds, with brass models available in both globe-type and ball-type configurations. Globe-type brass manifolds and stainless steel manifolds are available in 2–12 ways, while ball-type brass manifolds are available in 2–6 ways.
With related products including manifold valves, valves with pressure gauges, inlet valves with filters, air vent and drain valves, plugs, pressure gauges and safety components, buyers can evaluate the manifold together with its supporting components when planning a complete system.
For importers, distributors and OEM buyers looking for a brass manifold supplier or manifold component supplier, the right starting point is to provide the required material, number of ways, valve configuration, connection type and accessory requirements. This allows the supplier to match the product configuration to the intended application.
