<strong> Usage: </strong><br/> This valve is a low-pressure gate valve featuring copper-to-copper sealing surfaces, making it one of the most commonly used shut-off valves. It is widely applied in piping systems for water supply and drainage across industries such as power generation, hydropower, petroleum, gas, metallurgy, chemical engineering, and construction—serving as an essential device for controlling, regulating, or completely stopping the flow of media. <br/> <strong> Features: </strong><br/> By adding a signaling device to the original performance specifications of standard low-pressure gate valves, this solution is primarily designed for use in automatic sprinkler fire protection systems, enabling real-time monitoring of water supply lines and allowing users to clearly determine the valve opening status.

<strong> Usage: </strong><br/> This valve is a low-pressure gate valve featuring copper-to-copper sealing surfaces, making it one of the most commonly used shut-off valves. It is widely employed in water supply and drainage piping systems across industries such as power generation, hydropower, petroleum, gas, metallurgy, chemical processing, and construction—serving as an essential device for controlling, regulating, or completely stopping the flow of media. <br/> <strong> Features: </strong><br/> A. The wedge-type rigid single-plate design is simple, compact in size, and highly reliable in operation. It is suitable for use in environments involving various media and pressures at both ambient and moderate temperatures. <br/> B. The internal flow channel of the valve body is straight-through, meaning the medium flows through the gate valve without changing its direction, resulting in low flow resistance.

<strong> Usage: </strong><br/> This valve is a low-pressure gate valve featuring copper-to-copper sealing surfaces, making it one of the most commonly used shut-off valves. It is widely employed in water supply and drainage piping systems across industries such as power generation, hydropower, petroleum, gas, metallurgy, chemical processing, and construction—serving as an essential device for controlling, regulating, or completely stopping the flow of media. <br/> <strong> Features: </strong><br/> A. The wedge-type rigid single-plate design is simple, compact in size, and highly reliable in operation. It is suitable for use in environments involving various media and pressures at both ambient and moderate temperatures. <br/> B. The internal flow channel of the valve body is straight-through, meaning the medium flows through the gate valve without changing its direction, resulting in low flow resistance.

<strong> Usage: </strong><br/> This valve is a low-pressure gate valve featuring copper-to-copper sealing surfaces, making it one of the most commonly used shut-off valves. It is widely applied in water supply and drainage systems across industries such as power generation, hydropower, petroleum, coal gas, metallurgy, petrochemicals, urban construction, and more—serving as an essential device for controlling, regulating, or simply opening and closing the flow of various media. <br/> <strong> Features: </strong><br/> A. The wedge-type rigid single-plate design is simple in structure, compact in size, and highly reliable in operation. It is suitable for a wide range of media and pressures—ranging from ambient to moderate temperatures. <br/> B. The internal circular medium channel in the valve body is straight-through, meaning the flow direction of the medium remains unchanged as it passes through the gate valve, resulting in low flow resistance.

<strong> Usage: </strong><br/> This valve is a low-pressure gate valve featuring copper-to-copper sealing surfaces, making it one of the most commonly used shut-off valves. It is widely employed in water supply and drainage piping systems across industries such as power generation, hydropower, petroleum, gas, metallurgy, chemical processing, and construction—serving as an essential device for controlling, regulating, or completely stopping the flow of media. <br/> <strong> Features: </strong><br/> A. The wedge-type rigid single-plate design is simple, compact in size, and highly reliable in operation. It is suitable for use in environments involving various media and pressures at both ambient and moderate temperatures. <br/> B. The internal flow channel of the valve body is straight-through, meaning the medium flows through the gate valve without changing its direction, resulting in low flow resistance.

<strong> Usage: </strong><br/> This valve is a low-pressure gate valve featuring copper-to-copper sealing surfaces, making it one of the most commonly used shut-off valves. It is widely employed in water supply and drainage piping systems across industries such as power generation, hydropower, petroleum, gas, metallurgy, chemical processing, and construction—serving as an essential device for controlling, regulating, or completely stopping the flow of media. <br/> <strong> Features: </strong><br/> A. The wedge-type rigid single-plate design is simple, compact in size, and highly reliable in operation. It is suitable for use in environments involving various media and pressures at both ambient and moderate temperatures. <br/> B. The internal flow channel of the valve body is straight-through, meaning the medium flows through the gate valve without changing its direction, resulting in low flow resistance.

<strong> Usage: </strong><br/> This valve is a low-pressure gate valve featuring copper-to-copper sealing surfaces, making it one of the most commonly used shut-off valves. It is widely employed in water supply and drainage piping systems across industries such as power generation, hydropower, petroleum, gas, metallurgy, chemical processing, and construction—serving as an essential device for controlling, regulating, or completely stopping the flow of media. <br/> <strong> Features: </strong><br/> A. The wedge-type rigid single-plate design is simple, compact in size, and highly reliable in operation. It is suitable for use in environments involving various media and pressures at both ambient and moderate temperatures. <br/> B. The internal flow channel of the valve body is straight-through, meaning the medium flows through the gate valve without changing its direction, resulting in low flow resistance.

<strong> Usage: </strong><br/> This valve is a low-pressure gate valve featuring copper-to-copper sealing surfaces, making it one of the most commonly used shut-off valves. It is widely employed in water supply and drainage piping systems across industries such as power generation, hydropower, petroleum, gas, metallurgy, chemical processing, and construction—serving as an essential device for controlling, regulating, or completely stopping the flow of media. <br/> <strong> Features: </strong><br/> A. The wedge-type rigid single-plate design is simple, compact in size, and highly reliable in operation. It is suitable for use in environments involving various media and pressures at both ambient and moderate temperatures. <br/> B. The internal flow channel of the valve body is straight-through, meaning the medium flows through the gate valve without changing its direction, resulting in low flow resistance.