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Brass Heating Manifold Flow Meter
The brass heating manifold flow meter uses a solid brass body with a clear flow window. It is designed to monitor branch flow in underfloor heating and heating manifold systems. The connection port is built into the bottom of the window, so it fits directly into the manifold branch pipe. Installation is simple and secure. Inside the transparent window, a red float moves up and down as water flows.
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Manifold for Underfloor Water Heating
The underfloor water heating manifold is made of stainless steel with an integrated pipe design. It works as the main distribution unit in the heating system. The side branch ports connect each underfloor heating loop. Each loop runs independently for stable flow control. The main pipeline is located on the top or the side. It handles water supply and return, air release, and sewage discharge, supporting the normal operation of the whole system.
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Brass Manifold 2-13 Ways of Wet Underfloor Heating System
This 2-13-way brass water distributor is designed for wet underfloor heating systems. It uses a solid brass body that handles heat well and resists corrosion. It is usually installed in HVAC mechanical rooms. The unit works as the central connection point. It links the main supply and return pipes from boilers or heat pumps to the underfloor heating loops of each room.
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Gate Valve With Pex Press Union
This gate valve is designed for PEX piping systems. It features a brass body with PEX crimp ends for stable and long-term use. Both ends are made for standard PEX crimp connections. A red handle is mounted on the top and connects to the valve core. Turning the handle opens or closes the flow in a smooth and direct way. The valve is widely used in residential PEX water lines and HVAC piping systems. It provides reliable control of fluid flow in daily operation.
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Heated Towel Rail Radiator Fitting This fitting is designed for electric towel rack radiators. It is used to fix the unit in place and connect it to water pipes or power lines. Its main role is to provide strong wall support. The fitting holds the towel rack firmly and prevents it from coming loose due to its own weight or outside force. It also helps create safe connections. Water lines remain leak-tight, and electrical links stay secure. This makes the fitting suitable for both hot water towel rack systems and electric heating towel rack radiators.
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Stainless Steel Cantonese Style Ball Valve
This wide ball valve is made from stainless steel with an integrated cast body. The ball, seat, and stem are built as a complete unit. It can be used with different types of media, such as water, oil, gas, and corrosive liquids. The valve is used to shut off flow, direct the medium, or control flow within the pipeline.
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Mixing Tank Manifold
Mixing Tank Manifold
304 Stainless Steel Mixing Tank Manifold
This multi-branch floor heating water distributor is made with a 304 stainless steel main chamber and a plastic fixing bracket. It offers a flexible solution for wet floor heating systems. Standard external threads are located on both ends of the main body. On the side, there are 2 or 4 internal thread branch ports for heating loops. Each branch port is supplied with a sealing plug. This allows accurate control of hot water flow to each floor heating coil, so rooms can be adjusted separately. The unit is commonly used in small houses and apartments. It replaces traditional single-size water dividers and offers better adaptability and flexibility in system design.
- Model No.: JX-10005
- Material: 304 stainless steel, 316L stainless steel
- Size: Customized
- Inlet / Outlet Size: 1 1/4″
- Installation type: Vertical/horizontal
- Flow Rate: 6 -10 m³/h
- Working Temperature: -10 -110 °C
- Working pressure: 10bar
- Standard: CE, EN IEC55014
- Connection: BSP
- With the EPP insulation case
- Application: Hydronic Heating / HVAC / Heat Pump / Boiler Loop
- With a 3-year warranty
- OEM/ODM service available
- Free inspection report
- Free raw materials analysis testing report.
1. What is the flow regulation accuracy of the Mixing Tank Manifold?
The Plumberstar Mixing Tank Manifold is equipped with an integrated balancing valve to achieve steady flow regulation. Within the normal operating differential pressure range of 0.10–0.35 MPa, the repeatable flow adjustment deviation stays within ±5% ~ ±10% under laboratory testing environments. On-site performance will be affected by pump head, pipeline resistance, and overall system layout.
We run routine sampling tests on a dedicated water circulation test bench. Samples taken from each production batch are tested at several valve opening positions. Measured flow data is compared against our internal standard reference values. Any units outside acceptable tolerance limits will be adjusted or reworked before shipment.
Each inspection record links to its matching batch number. All documents are safely stored for at least 24 months, supporting full quality traceability and meeting your audit demands.
2. What is the production flow of the mixing tank manifold?
Our main raw materials cover 304 and 316L stainless steel sheets (minimum 2.0 mm thick), precision cast stainless steel connectors, and PTFE sealing parts. Precision Machining of Core Components: Tank Body Fabrication: Stainless steel plates are cut to specified dimensions using CNC plate shearing equipment.
Joint & Branch Processing: All joints are finished using CNC lathes, with thread tolerances strictly controlled in accordance with BSPP / NPT standards. The coaxiality error of branch interfaces is controlled within ≤0.05 mm. The branch distribution plate of the water separator is laser-cut, ensuring: Uniform bore diameter for each branch， Accurate and balanced flow distribution
Surface Corrosion Protection & Refinement: We do passivation treatment for 304 stainless steel products based on customer requirements. We can optionally apply anti-corrosion coating for 316L stainless steel products. This boosts corrosion resistance. The salt spray test performance can reach ≥480 hours. We do electrolytic polishing on the tank interior. This makes the inner surface roughness Ra ≤0.8 μm.
3. What customization needs does the mixing tank manifold support?
As a professional manufacturer, Plumberstar offers full customization services. We cover all key aspects: structure, material, sealing, and appearance.
- Structural customization: We support custom pipe diameters, branch counts, and branch angles. We can also match all kinds of interface types based on your system needs. This makes sure the tank fits your on-site piping system perfectly.
- Material customization: Choose between 304 or 316L stainless steel.
- Sealing customization: We offer sealing solutions like fluororubber (FKM) or polytetrafluoroethylene (PTFE).
- Appearance and logo customization. The tank surface can be spray-painted with anti-corrosion paint in your required color, like industrial gray, blue, and more. We also support laser engraving on the tank: your brand logo, product model, rated pressure, temperature parameter, and other info are all available. This boosts product recognition and your professional brand image.
For more details on customization or any other technical needs, feel free to contact us.
4. What are the payment terms and trade terms of the mixing tank manifold?
Plumberstar supports two common cooperation options.
The first is T/T wire transfer. A 30% advance payment is used to start production, and the remaining 70% is paid before shipment. Before delivery, finished product photos or videos are provided for inspection. Once the balance is confirmed and received, the factory arranges shipment within 48 hours.
The second option is an L/C at sight. Sight letters of credit issued by major international banks are accepted. All L/C terms are discussed and confirmed before the contract is signed. Production is arranged after the L/C is received, which helps protect funds for both sides.
5. How to track the production progress of mixing tank mainfold batch orders?
Within three working days after the contract is signed, a clear production schedule is provided. Each key step is listed with its planned time.
During production, progress is updated twice a week. This includes workshop photos or videos, so the status is easy to check. For important milestones, a dedicated contact person will give timely notice.
Remote video inspection is supported for quality checks. After shipment, full logistics tracking information is shared. The Plumberstar foreign trade team follows the order from start to finish to make sure delivery stays on schedule.
6. How do you ensure consistency for mixing tank manifold large batch orders?
For large-volume orders, Plumberstar uses a fixed-source raw material system with full batch traceability. Long-term supply agreements are in place with selected suppliers for key materials such as 304 and 316 stainless steel sheets, brass ingots, and PTFE seals. Because of this, all materials used in the same order batch come from the same source.
Before materials are put into storage, they are fully tested. Spectrometers, salt spray testers, and other professional equipment are used to check composition and corrosion resistance. Only materials that meet all order requirements, with 100% compliance, are approved for production.
7. How is the mixing tank manifold production capacity?
Plumberstar is a professional valve maker. We produce Mixing Tank Manifolds on dedicated production lines. We run two shifts every day to satisfy delivery demands from different customers. With regular production plans, we steadily make 150 to 180 sets of standard products each day. During busy order seasons, we can add assembly staff and extend working shifts. Daily output can rise to 220–250 sets. Non-standard custom items take extra work. Teams need to adjust tooling, switch machining programs, and carry out first article checks. Daily output for custom products usually sits between 80 and 120 sets.
The PMC team manages production scheduling from one central system. Every order is arranged according to the delivery date, product type, and manufacturing process. Standard products for long-term customers and urgent projects are usually given priority to help meet delivery commitments.
