8-Way Female Threaded Empty Manifold 1”
Balanced flow across eight circuits for efficient, reliable hydronic performance.
ORFA 8-Way Female Threaded Manifold distributes fluid evenly across eight independent circuits in heating and cooling systems. In addition, its 1 inch main connection minimizes pressure loss in high-flow applications. Moreover, the female threaded structure enables installation without special adapters, in particular for radiator and fan coil lines.
The high-strength alloy body resists corrosion and mechanical impact. Therefore, it operates reliably under demanding conditions with a maximum working temperature of 110°C and a pressure tolerance of 10 bar. Furthermore, each outlet can be controlled independently, which increases flexibility in system design, improves energy efficiency and reduces pump load.
ORFA 8-Way Female Threaded Manifold — Technical Specifications
This manifold is used for flow balancing in underfloor heating manifolds and industrial process lines. It also provides balanced distribution when supplying fan coil units in cooling systems. As a result, its easy-maintenance and long-life construction lowers operating costs, while its sealing-compliant design ensures confidence in professional projects.
Key Advantages
- Equal flow distribution across eight circuits for balanced heating performance
- Female threaded connection for fast installation without adapters
- Alloy body maintains its form at high pressure and temperature
Applications
- Radiator line distribution and balancing in heating systems
- Fan coil unit supply lines in cooling installations
- Flow balancing and manifold applications in industrial process lines
As a result, ORFA 8-Way Female Threaded Manifold is a solution that system engineers choose with confidence. ORFA Industrial has served as a reliable solution partner in industrial flow technologies since 1985. ORFA supplies worldwide and provides technical support for orders and inquiries.
ORFA INDUSTRIAL PRODUCTS INDUSTRY AND TRADE INC.
Your Reliable Partner in Industrial Flow Technologies
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