views: 27 time: 2026-05-06
Use
Menred CS25 Double-Regulating Balancing Heating ManifoldApplication
Jingxi Runfu|Beijing, ChinaCharacteristics
The hydronic underfloor heating system at Jingxi Runfu is designed to provide stable, energy-efficient warmth for modern luxury apartments. By integrating the Menred CS25 high-performance heating manifold, the system achieves superior hydraulic balance and optimized heat distribution.1. Integrated Forged Brass Design:The CS25 series is engineered with high-density forged brass. Its monolithic body construction eliminates potential leak points between the main header and branch circuits, ensuring long-term structural integrity and system reliability in demanding residential environments.2. Precision Flow Balancing & Efficiency:Equipped with an integrated double-regulating balancing valve, the manifold allows for precise flow pre-setting across all heating loops. This ensures uniform heat distribution, prevents "cold spots," and significantly reduces energy consumption.3. Advanced Corrosion Resistance:To extend service life, the manifold undergoes specialized anti-corrosion surface treatment. This ensures the system remains scale-resistant and performs consistently over decades of operation.More about the project
Jingxi Runfu is a premier residential landmark in Beijing’s Fangshan District. The project has earned market acclaim for its innovative layouts and commitment to high-quality living standards.To meet the high expectations for indoor climate control, the developer selected a hydronic radiant heating system for its silent operation and "feet-warm-head-cool" comfort profile. The Menred CS25 manifold serves as the "heart" of this system, providing the precise flow control necessary for large-scale residential applications.This project stands as a benchmark for how advanced underfloor heating solutions can enhance indoor comfort while meeting modern energy efficiency standards. For global housing projects, the Menred CS25 offers a dependable, high-performance solution for sustainable climate control.