Valve Manufacturing Plant

Grooved Connection:

The grooved signal gate valve utilizes a grooved connection method, allowing for easy installation without the need for welding or flanged connections. It can be completed using specialized grooved clamps, significantly simplifying the installation process and making it especially suitable for situations that require rapid construction.

Signal Device:

The valve integrates a signal device that sends corresponding signals to the control center or monitoring equipment when the valve is fully open or closed. This enables operators to monitor the valve status in real-time, ensuring the safe operation of the system.

Wedge Design:

The valve’s gate typically features a wedge design, where the gate rises and falls to control the flow of the medium. The wedge structure ensures good sealing when closed, preventing medium leakage.

Valve Body Material:

The valve body is usually made of ductile iron, stainless steel, or carbon steel, offering good mechanical strength and corrosion resistance, making it suitable for various media and working conditions.

Operation Method:

The valve can be operated manually or equipped with electric or pneumatic actuators, enabling remote automated control in conjunction with the signal device.

Remote Monitoring:

The signal device provides real-time feedback on the valve’s open and closed status to the control center, enabling remote monitoring and management to ensure the system operates at its optimal state.

Easy Installation:

The grooved connection method makes the installation and disassembly of the valve very simple and quick, making it particularly suitable for systems that require frequent operation and maintenance.

Reliable Sealing:

The wedge gate design offers excellent sealing performance, ensuring that the medium does not leak when closed, making it suitable for systems with high sealing requirements.

User-Friendly Operation:

The valve features a straightforward design that allows for easy operation, especially in emergency situations where quick opening and closing are necessary to ensure timely system response.

Strong Durability:

Constructed from high-quality materials and precision manufacturing processes, the valve is designed to operate reliably in harsh environments, extending its service life.

Fire Protection Systems:

The valve is widely used in fire water supply pipelines to control the flow of water. It also features a signal device that provides feedback on the valve status to the fire control center, ensuring quick system response during emergencies.

Building Water Supply Systems:

In building water supply systems, the valve is used to control water flow in pipelines, especially in high-rise buildings or situations requiring remote monitoring.

Industrial Pipeline Systems:

Suitable for pipeline systems in industries such as oil, chemical, and metallurgy, the valve provides reliable fluid control and remote monitoring capabilities.

Heating, Ventilation, and Air Conditioning (HVAC) Systems:

In HVAC systems, the valve regulates the flow of hot and cold water, ensuring efficient operation of the system while enabling centralized management through signal feedback.

Fire Protection Systems:

The valve is widely used in fire water supply pipelines to control the flow of water. It also features a signal device that provides feedback on the valve status to the fire control center, ensuring quick system response during emergencies.

Building Water Supply Systems:

In building water supply systems, the valve is used to control water flow in pipelines, especially in high-rise buildings or situations requiring remote monitoring.

Industrial Pipeline Systems:

Suitable for pipeline systems in industries such as oil, chemical, and metallurgy, the valve provides reliable fluid control and remote monitoring capabilities.

Heating, Ventilation, and Air Conditioning (HVAC) Systems:

In HVAC systems, the valve regulates the flow of hot and cold water, ensuring efficient operation of the system while enabling centralized management through signal feedback.