[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
[Features]· Fire-safe type is a ball valve with a structure that can prevent a significant leakage of fluid when sealing parts such as seats and packings are burnt out by fire.· Stem ejection prevention mechanism: This mechanism prevents stem ejection by excessive fluid pressure.· Antistatic mechanism: Prevents static electricity generated by the friction between the ball and the seat from charging the ball seat and stem.· Actuators can be selected according to the application. Manually operated
