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Balance valve is in the hydraulic condition, play a dynamic, static balance adjustment valve. It is by changing the clearance between the valve core and valve seat, adjust valve Kv (valve flow capacity )to alter the flow through the valve the flow resistance in order to achieve the purpose of flow adjustment of the function object is the resistance of the system, eliminate the resistance unbalance phenomenon in the system, thus to new water allocation proportion according to the design and calculation of balance, each branch in proportion to increase or decrease at the same time.

25 years of experience

Zhejiang Huibo Valve Technology Co., Ltd.

Zhejiang Huibo Valve Technology Co., Ltd. is a leading Wholesale Static Balancing Valves Manufacturers and Brass Balance Valve Factory in the valve industry, with more than 25 years of experience, specializing in the field of HAVC system parts and brass valves. Huibo Valve has its own factory, which is located in Yuhuan County, Zhejiang Province, the hometown of brass valves in China.Now as the top manufacturer of high quality HAVC system parts and brass valve, our main products cover brass manifold, stainless steel manifold, thermostatic radiator valve, manual radiator valve,balance valve, motorized valve, air vent, ball valve, gate valve, gas valve, check valve, brass fittings and so on with more than 40 series and 2000 varieties.

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The Application of Brass Balance Valves
Brass balance valves are commonly used in hydronic heating and cooling systems to achieve proper hydraulic balancing. Hydraulic balancing involves ensuring an even distribution of fluid flow through different branches or circuits of the system, allowing for optimal performance and temperature control. Here are some key applications of brass balance valves:
Heating Systems: Brass balance valves are extensively used in heating systems, such as radiator heating systems, underfloor heating systems, or HVAC systems. They are installed in the supply or return lines of each heating circuit to regulate the flow of hot water or heat transfer fluid. By adjusting the position of the valve, the flow rate can be balanced between circuits, ensuring that each circuit receives the appropriate amount of heat for optimal comfort and energy efficiency.
Cooling Systems: Brass balance valves are also employed in cooling systems, such as chilled water systems or air conditioning systems. Similar to heating systems, they are installed in the supply or return lines to regulate the flow of chilled water or cooling fluid. By balancing the flow rates, the cooling effect can be evenly distributed across different cooling circuits, maintaining consistent temperatures throughout the space and maximizing cooling efficiency.
Zoned Control: Brass balance valves play a crucial role in zoned heating or cooling systems. These systems divide the building or space into multiple zones, allowing for individual temperature control in each area. Brass balance valves are used to balance the flow of fluid to each zone, ensuring that the desired temperature is achieved and maintained. This enables customized comfort and energy savings by directing heat or cooling where it is needed.
Energy Efficiency: Proper hydraulic balancing with brass balance valves helps optimize energy usage in heating and cooling systems. By balancing the flow rates, the system operates more efficiently, reducing energy waste and improving overall performance. Balanced systems can deliver the desired heating or cooling output with less energy consumption, leading to cost savings and environmental benefits.
System Maintenance: Brass balance valves provide a means of monitoring and adjusting flow rates in the system, making it easier to diagnose and troubleshoot any issues. They can be used during system commissioning or maintenance to verify proper flow distribution, ensuring that the system is operating as intended.
Retrofit and Upgrades: Brass balance valves can be retrofitted into existing heating or cooling systems to improve hydraulic balancing. They offer a convenient solution for addressing flow imbalances, uneven heat distribution, or temperature control issues in older systems without requiring extensive modifications or replacements.
Overall, brass balance valves are essential components in hydronic heating and cooling systems. They enable proper hydraulic balancing, zoned control, and energy efficiency, ensuring optimal performance and comfort. They are widely used in residential, commercial, and industrial settings where precise flow regulation and temperature control are required.

The Functions of Static Balancing Valves
Static balancing valves are critical components in hydronic heating and cooling systems. They perform several important functions to ensure proper hydraulic balancing and optimal system performance. Here are the key functions of static balancing valves:
Flow Regulation: Static balancing valves regulate and control the flow of water or heat transfer fluid in the system. They are typically installed in the supply or return lines of heating or cooling circuits. By adjusting the valve's position, the flow rate can be precisely controlled, ensuring that each circuit receives the appropriate amount of fluid flow.
Hydraulic Balancing: Static balancing valves play a crucial role in hydraulic balancing, which involves equalizing the flow rates in different branches or circuits of the system. By achieving a balanced flow, each branch or circuit receives the necessary amount of fluid to provide consistent heating or cooling throughout the system. This ensures optimal comfort, prevents uneven temperature distribution, and maximizes energy efficiency.
Pressure Regulation: Static balancing valves also help regulate and maintain the pressure within the system. They provide a means to adjust the resistance to flow, which helps balance the pressure across various circuits. This is important for preventing excessive pressure drops, ensuring proper operation of pumps, and maintaining system performance.
System Protection: Static balancing valves can act as protective devices for the system. They can prevent excessive flow rates that could lead to system damage or noise issues. By limiting the flow to a specified rate, they help protect components such as pumps, pipes, and other system elements from potential damage caused by excessive flow velocities or pressure differentials.
System Commissioning and Maintenance: Static balancing valves are used during system commissioning and maintenance activities. During the initial system setup, they are adjusted to achieve hydraulic balance, ensuring that each circuit receives the required flow. They can be easily monitored and adjusted to address changes in the system, such as modifications or additions. This helps maintain proper system performance and allows for easy system expansion or upgrades in the future.
Troubleshooting: Static balancing valves provide a means of diagnosing and troubleshooting flow-related issues in the system. By monitoring and adjusting the flow rates, they help identify and address flow imbalances, uneven temperature distribution, or other performance problems. This facilitates efficient system maintenance and optimization.
Overall, static balancing valves are essential for achieving proper hydraulic balancing in hydronic heating and cooling systems. They regulate flow rates, balance pressure, protect the system, and facilitate system commissioning and maintenance. By ensuring balanced flow and optimal performance, they contribute to energy efficiency, comfort, and the longevity of the system.