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Integrated Brass Manifold

We have the most advanced production technology of Integrated Brass Manifold, which can ensure the safe and efficient use. The most advanced forging equipment in the world is used for one-time forming to ensure the stability of the valve body and prevent cracking and leakage.

Products

Certifications

Brass Manifold Performance Advantages

Fast Material Supply. Have own copper bar Factory of Group
100% Leakage Test
Guaranteed Quality In Competitive Price
Complete R&D facilities and Excellent team
Strictly and perfect management in production
Have rich experience and strong ability to develop new products

Application Fields

heating-ventilation-and-air-conditioning
city-gas-industry
urban-water-supply-and-drainage
mechanical-equipment

Brass Manifold Performance Parameter

Body	CW614N, CuZn39Pb3, CW617N, CuZn40Pb2, DZR, as per request
Norminal Diameter	1/2"~2", DN15-DN50, can be customized
Norminal Pressure	2.5Mpa
Working Medium	Water, Non-causticity liquid, Saturated steam
Working Temperature	-20°C≤T≤99°C
Handle	Forged Steel, Aluminum, Flat Steel with plastic cover or Butterfly "T" type
Thread	ISO228/1, BSP, BSPT, NPT, ANSI BI 20.1 or as per request
Standard	AS4617, AS5200-012

Production Process

Brass Manifold FAQ

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What is a Brass Manifold?
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Brass water manifold is a water distribution and collection device used to connect the water supply and return of each heating pipe in the water system. According to the inlet and return water, it is divided into water separator and water collector. Therefore, brass manifold is called water collector, commonly known as water separator.
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Types of Brass Manifolds and How They Are Used
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Different types of brass manifold are suitable for different occasions. You can tell us the specific requirements, and we will recommend the most suitable type for you at the first time.
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How does a Brass Manifold work?
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In the floor heating system, the water separator is mainly responsible for the opening and closing of the water flow in the floor heating loop. When the water in the gas-fired boiler flows into the water collector through the main pipe, the impurities are isolated through the filter, and then the water is evenly distributed to the loop. After heat exchange, it returns to the main bar of the water collector, and then flows into the heating system through the water return port.