Gate Valve

2. The closing part (gate) adopts an elastic structure, which can automatically compensate for valve body deformation caused by abnormal loads or temperatures during operation, ensuring reliable sealing without generating gate wedge columns. 3. For manual valves with a nominal diameter greater than or equal to NPS10" and a pressure class of 150 lb, as well as those with a nominal diameter greater than or equal to NPS6" and a pressure class of 600-2500 lb, the operating devices are equipped with rolling bearings for easy opening and closing.

2. The closing part (gate) adopts an elastic structure, which can automatically compensate for valve body deformation caused by abnormal loads or temperatures during operation, ensuring reliable sealing without generating gate wedge columns. 3. For manual valves with a nominal diameter greater than or equal to NPS10" and a pressure class of 150 lb, as well as those with a nominal diameter greater than or equal to NPS6" and a pressure class of 600-2500 lb, the operating devices are equipped with rolling bearings for easy opening and closing.

1. Compact

structure, small size, good rigidity, and safe and reliable sealing. 2. The closing part (gate) adopts an elastic structure, which can automatically compensate for valve body deformation caused by abnormal loads or temperatures during operation, ensuring reliable sealing without generating gate wedge columns. 3. For manual valves with a nominal diameter greater than or equal to NPS10" and a pressure class of 150 lb, as well as those with a nominal diameter greater than or equal to NPS6" and a pressure class of 600-2500 lb, the operating devices are equipped with rolling bearings for easy opening and closing. 1. Compact structure, small size, good rigidity, and safe and reliable sealing. 2. The closing part (gate) adopts an elastic structure, which can automatically compensate for valve body deformation caused by abnormal loads or temperatures during operation, ensuring reliable sealing without generating gate wedge columns. 3. For manual valves with a nominal diameter greater than or equal to NPS10" and a pressure class of 150 lb, as well as those with a nominal diameter greater than or equal to NPS6" and a pressure class of 600-2500 lb, the operating devices are equipped with rolling bearings for easy opening and closing.

1. Compact structure, small size, good rigidity, and safe and reliable sealing. 2. The closing part (gate) adopts an elastic structure, which can automatically compensate for valve body deformation caused by abnormal loads or temperatures during operation, ensuring reliable sealing without generating gate wedge columns. 3. For manual valves with a nominal diameter greater than or equal to NPS10" and a pressure class of 150 lb, as well as those with a nominal diameter greater than or equal to NPS6" and a pressure class of 600-2500 lb, the operating devices are equipped with rolling bearings for easy opening and closing. 1. Compact structure, small size, good rigidity, and safe and reliable sealing. 2. The closing part (gate) adopts an elastic structure, which can automatically compensate for valve body deformation caused by abnormal loads or temperatures during operation, ensuring reliable sealing without generating gate wedge columns. 3. For manual valves with a nominal diameter greater than or equal to NPS10" and a pressure class of 150 lb, as well as those with a nominal diameter greater than or equal to NPS6" and a pressure class of 600-2500 lb, the operating devices are equipped with rolling bearings for easy opening and closing.

1. Cast steel gate valve with minimal medium erosion on sealing surfaces.
2. Compact cast steel gate valve for effortless opening and closing.
3. Unrestricted medium flow direction, no flow disturbance, and low pressure drop.
4. Bi-directional flow design enables easy installation in any pipeline orientation.
5. Shortened structure, simplified manufacturing process, and diverse high-temperature/high-pressure materials available.