Explore how MENRED NET.Pro energy recovery ventilators and E51.33D programmable controllers support residential fresh air ventilation at Haitong Yuelan Bay in Dongying
Explore the MENRED PE-RT II UV two-layer underfloor heating pipe application at Poly Tianjun, a landscaped residential development in Fuzhou, China
Explore how MENRED CS Series balancing manifolds with waterproof actuators support hydronic underfloor heating at Shenjia Shangfu in Shanghai, China
Explore how MENRED CS Series balancing manifolds, FB30.25 anti-scaling electrothermal valves and RT1 thermostats are applied in the Fenghua Jiuli residential project.
Discover the application of the MENRED NEW.250 positive-pressure fresh air purification unit and E51.33B programmable controller in Wuxi residential housing.
Explore the use of MENRED NET150.Pro, NET250.Pro and NET350.Pro energy recovery ventilators with E51.33D programmable controls in a Shandong residential project.
See how MENRED PE-RT heating pipes, C2 manifolds and SEH32 thermal actuators are applied in a residential underfloor heating project in Changsha.
Explore the application of MENRED C2 heating manifolds and SEH32 thermal actuators for hydronic underfloor heating at Huajian Jinyuan in Chengdu.
Discover how MENRED C2 heating manifolds, LS8 thermostats and SEH32 thermal actuators support residential underfloor heating in Wuxi, China.
Located in Suzhou Taihu Science City, China, Boyin Lanting is a modern residential development designed around comfortable and well-integrated living environments. The development incorporates indoor comfort systems including central air conditioning, fresh air ventilation and underfloor heating. MENRED C2 Series Heating Manifolds were applied in selected residences as part of the hydronic underfloor heating system, providing centralized distribution for multiple floor heating circuits. This application demonstrates how MENRED heating manifolds can be integrated into modern multi-room residential projects to support organized and reliable hydronic heating distribution.