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Balancing Valves are installed in building systems to balance the flow rate, pressure, and temperature of pipelines across different branches. They also allow users to calculate pressure losses and fluid flow rates, thereby setting the appropriate values for optimal system operation. What Is a Balancing Valve? Balancing valves are also one of the most common types of industrial valves, widely used in daily life and production. These valves are commonly installed on the return or supply lines of systems, mainly in HVAC systems, including ventilation, heating, and air conditioning systems, as well as chilled water and cooling systems, helping improve operating efficiency. Balancing valves are basically divided into two types: automatic balancing valves (dynamic balancing valves) and manual balancing valves (static balancing valves). Each type operates according to a different principle. Therefore, the appropriate valve type should be selected based on the specific requirements of the building system. As production systems continue to develop and become increasingly modern, the demand for industrial valves is also growing. If you are looking for balancing valves, please contact TỔNG KHO VAN – HOTLINE: 0981805266 for consultation, quotations, and assistance in selecting the most suitable equipment for your project. GENERAL TECHNICAL SPECIFICATIONS OF BALANCING VALVES Size DN10 – DN1000 Material Stainless steel, cast iron, brass, steel, plastic Connection Type Female threaded, male threaded, flanged Working Medium Gas, steam, water, oil Working Pressure 10 bar, 16 bar, 25 bar Working Temperature -5 – 250°C Origin Japan, South Korea, Taiwan, China Warranty 12 months Applications of Balancing Valves Balancing valves are used in building systems of various sizes for the following purposes: Balance pressure and temperature to stable levels and within the required operating range. This helps prevent conditions such as pipelines without water versus pipelines with water, high-pressure versus low-pressure pipelines, and high-temperature versus low-temperature

Y-type steam globe valves are familiar equipment commonly installed in hot gas and steam conveying systems in manufacturing plants. To better understand this type of valve, let’s take a closer look at the information below. What Is a Y-Type Steam Globe Valve? A Globe Valve is a highly familiar piece of equipment that plays an essential role in fluid production and transportation systems. It is used to open and close, stop, allow, or regulate the flow of fluids through the valve, making it suitable for various media such as liquids, gases, and steam. Y-type steam globe valves, also known as saddle-type valves, are a type of globe valve primarily manufactured for use in hot gas and steam systems. They feature a distinctive design in which the valve body is divided into two separate sections connected by a passageway, causing the flow path to change direction as the fluid passes through the valve. This design reduces the contact area between the valve disc and the fluid flow, helping minimize disc erosion caused by friction. However, this design also causes a pressure drop in the system after the fluid passes through the valve. Y-type steam globe valves are manufactured from various materials such as stainless steel, cast iron, and steel. These materials offer high hardness and resistance to high pressure and temperature, while some materials also provide resistance to chemical corrosion and environmental oxidation. The outside of the valve body is coated with an epoxy layer, helping prevent rust over time while making the valve easy to clean and maintain. This also helps maintain its appearance and extend its service life. Today, Y-type steam globe valves are used in many systems, including pneumatic and hot steam systems such as boilers and steam boilers, thermal power plants, steam pumping systems, mining applications, petroleum

An electric water flow control valve is a device designed to control and regulate the flow rate of fluid passing through the valve. If you are looking for a supplier of genuine products at the best prices on the market, please follow the article below. What is an Electric Water Flow Control Valve? A water flow control valve is a device primarily used in liquid transportation systems, with the function of controlling and regulating the water flow rate in pipelines, water supply and drainage systems, cooling systems, and more. Normally, depending on the scale of the system or the capacity of the pump, the amount of water pumped into the pipeline may be large or small and may exceed the originally specified flow rate, increasing pressure and causing overload. Fluid flowing too quickly can also cause air bubbles, affecting water quality.   In addition, depending on operational requirements, the flow rate sometimes needs to be adjusted to match the outlet in order to prevent damage to equipment. Therefore, in these cases, a water flow control valve is used to control the speed and flow rate of the fluid passing through the valve. There are many types of flow control valves available on the market today, each with its own operating method. Among them, electric water flow control valves are one of the most popular and widely used types today. Electric control valves are operated entirely by electrical voltage. Electrical energy is converted into mechanical energy to operate the valve. Commonly used voltages include 24V, 110V, 220V, and more. The appropriate device should be selected according to the system’s rated voltage. Electric control allows the equipment to be operated remotely and automatically. Multiple devices can be controlled simultaneously, with fast and efficient opening and closing, resulting in high operating productivity. These

In piping systems, maintaining stable pressure plays an important role in operating efficiency and equipment safety. Stainless steel pressure reducing valves are a commonly used solution thanks to their flexible pressure adjustment capability, high durability, and suitability for various operating environments. What is a Stainless Steel Pressure Reducing Valve? A stainless steel pressure reducing valve is a device installed in a piping system to reduce the fluid pressure from a high level at the inlet to a lower level suitable for the requirements at the outlet. Once set, the valve automatically adjusts its opening to help maintain relatively stable downstream pressure when operating conditions change within the permitted range. The distinguishing feature of this type of pressure reducing valve is that the body or main components are manufactured from stainless steel, such as 304, 316, or 316L stainless steel, depending on the product. Thanks to their corrosion resistance, heat resistance, and durability, these valves are commonly used in water, steam, compressed air, food processing, chemical, and many other industrial systems. Depending on the medium, pressure, temperature, and operating requirements, pressure reducing valves can be designed as direct-acting or pilot-operated types, with threaded, flanged, or clamp connections. Therefore, selection should be based on specific technical specifications rather than simply the pipeline size. Construction of a Stainless Steel Pressure Reducing Valve A pressure reducing valve consists of a pressure adjustment assembly at the top and a fluid passage and filtration assembly at the bottom. Although the detailed shape may vary depending on the model, the main components typically include: Pressure Adjustment Screw: Located on top of the valve, it is used to change the compression of the spring. When the adjustment screw is turned, the force acting on the diaphragm changes, thereby setting the desired outlet pressure within the valve’s operating range.