The intelligent dynamic control valve is the core intelligent terminal of modern HVAC water systems. It integrates dynamic hydraulic balancing, precise flow measurement and regulation, cooling/heating energy metering, and intelligent interconnection. It fundamentally solves problems such as low efficiency and imbalance in traditional air conditioning water systems, and is key equipment for achieving high-efficiency energy saving, precise comfort, and digital operation and maintenance of buildings.

The intelligent dynamic control valve is the core intelligent terminal of modern HVAC water systems. It integrates dynamic hydraulic balancing, precise flow measurement and regulation, cooling/heating energy metering, and intelligent interconnection. It fundamentally solves problems such as low efficiency and imbalance in traditional air conditioning water systems, and is key equipment for achieving high-efficiency energy saving, precise comfort, and digital operation and maintenance of buildings.

TALOAR small-sized brass balance valve adopts low-resistance Y-shaped structure, and its orifice plug is of V-shaped design for better linear regulation. Flow measuring fittings on both ends feature good self-sealing performance and easy adjustment. The highly precise valve disc and favorable sealing performance ensure measurement precision and persistence.

TALOAR ductile iron flow balance valve adopts low-resistance Y-shaped structure, the shell is coated with epoxy resin. Flow measuring fittings on both ends feature good self-sealing performance and easy adjustment. The highly precise valve core and favorable sealing performance ensure measurement precision and persistence.

TALOAR small-sized brass balance valves can automatically maintain the flow of the water systems constant under normal working differential pressure range, which does not require field or site commissioning. The shell is of low-resistance Y structure. The detachable bottom bonnet makes it easy to inspect, repair, replace the cartridge and sewage draining. Measuring ports on both ends enjoy good self-sealing performance. High-precision valve disc ensures correct and persistence of constant flow.

TALOAR ductile iron wafer-type auto-flow balance valves can automatically maintain the flow of water systems constant within normal working pressure differential range, which does not require field or site commissioning. The shell is coated with epoxy resin. Measuring ports on both ends enjoy good self-sealing performance. High-precision valve core ensures correct and persistence of constant flow.

PC320 bronze differential pressure control valve, designed with a low-resistance Y-shaped structure, provides more accurate and stable control in the variable flow system, automatically and keeps the differential pressure between both ends of the control valve at a relatively stable value, with no external power source needed. The high-precision disc and reliable sealing performance ensures precision and durability in flow measurement. PC320 is mainly used in the HVAC system

PC1000 ductile Iron differential pressure control valve, designed with a low-resistance Y-shaped structure, provides more accurate and stable control in the variable flow system, automatically and keeps the differential pressure between both ends of the control valve at a relatively stable value, with no external power source needed. The high-precision disc and reliable sealing performance ensures precision and durability in flow measurement. PC1000 is mainly used in the HVAC system.

TC 90 series is the new large-screen LCD temperature controller, mainly used for room temperature control of the fan-coil systems in industrial, commercial, and civilian central air conditioning units. It controls the terminal fan-coil control valves to perform opening and closing according to room temperature changes detected by the temperature-sensing elements of their thermometers. In that way, the room temperature is adjusted to provide a comfortable and energy-saving indoor environment.