Balancing & Control Valves

IMI Hydronic Engineering is the leading brand and expert in hydronic distribution systems i.e. balancing valves, control valves, pressure maintenance and water quality management equipment with experience in more than 100,000 construction projects worldwide. IMI Hydronic Engineering helps clients optimize their HVAC systems by providing products and knowledge to deliver the right indoor comfort at the right energy cost. IMI Hydronic Engineering has the needs of a complete system in mind and this approach ensures you get the control and reliability needed to deliver an optimal indoor climate with increased efficiency. It has its own manufacturing units in Switzerland, Olkusz Poland, Lunj Sweden, Slovenia and in Erwittee Germany. The factories are ISO 9001, ISO 14001, OHSAS 18001 & AD 2000 Certified. IMI Hydronic Engineering has also opened its latest Hydronic College Training Centre in Dubai. The centre is exclusively developed for installers, consultants and contractors working in the sector and educates how hydronic systems can be successfully designed, installed and balanced to ensure energy efficient and comfortable indoor climates. Customers are provided with an opportunity to have hands-on experience in the fields of balancing and control, pressurization and water quality. IMI Hydronic Engineering has an Engineering Service Centre that helps clients in providing mathematical modeling of hydronic balancing and control systems. IMI Hydronic Engineering product range comprise of the following: . Balancing Valves . Control Valves (2-way, 3-way, PIBCV) . Differential Pressure Control Valves . Pressurization Units . Vacuum De-aerators . Air & Dirt Separators . Thermostatic Mixing Valves IMI Hydronic Engineering has a ground breaking range of control valves that combine both control and balancing functions into a single unit. Together with the corresponding actuator, these new solutions provide absolute control over hydronic systems, allowing designers and contractors to correctly and effectively size control valves. A key feature of these valves is the adjustable Kvs with inherent independent EQM characteristics which enables precision sizing and optimal control performance for on-site flexibility and maximum energy efficiency. This eliminates the common problem of under or over sizing, making dimensioning of the range easier and more accurate, even after the valves have been installed and thereby enabling onsite adaptation to true system conditions. For more details, visit www.imi-hydronic.com