Nominal pressure: 1.6MPa; working medium: water, steam, oil;
working temperature: sealing material is copper: -20℃≤t≤150℃ (214A type -20℃≤t≤110℃)

Nominal pressure: 1.6MPa; working medium: tap water, non-corrosive liquid, air;
working temperature: -20℃≤t≤100℃; pipe thread conforms to ISO228 standard

Nominal pressure: 1.6MPa; working medium: tap water, non-corrosive liquid, saturated steam;
working temperature: -20℃≤t≤150℃; pipe thread conforms to ISO228 standard

Nominal pressure: 1.6MPa; working medium: tap water, non-corrosive liquid, air;
working temperature: -20℃≤t≤100℃; pipe thread conforms to ISO228 standard

Nominal pressure: 1.6MPa; working medium: water, oil, gas;
working temperature: -20℃≤t≤150℃; pipe thread conforms to ISO228 standard

Nominal pressure: 1.6MPa; working medium: water, oil, gas;
working temperature: -20℃≤t≤100℃; pipe thread conforms to ISO228 standard

Nominal pressure: 1.6MPa; working medium: tap water; working temperature: 0℃≤t≤80℃;
nominal diameter: 15-25mm; connection form: internal thread

Nominal pressure: 1.0MPa, 1.6MPa; working medium: tap water; working temperature: 0℃≤t≤80℃;
nominal diameter: 25-32mm　50-200mm; connection form: flange

Nominal pressure: 0.6MPa; working medium: water; working temperature: 0℃≤t≤90℃;
pipe thread conforms to ISO228 standard

Nominal pressure: 0.6MPa; working medium: water; working temperature: 0℃≤t≤90℃;
pipe thread conforms to ISO228 standard

Nominal pressure: 1.6MPa; working medium: water; working temperature: 0℃≤t≤90℃;
pipe thread conforms to ISO7 standard

Nominal pressure: 1.6MPa; working medium: tap water; working temperature: 0℃≤t≤90℃;
pipe thread conforms to ISO7 standard

Nominal pressure: 1.6MPa; working medium: water, oil, gas; working temperature: -20℃≤t≤150℃;
cone pipe thread conforms to Rc thread in ISO7 standard

Nominal pressure:1.6MPa; working medium: tap water, non-corrosive liquid, saturated steam; working temperature:-20℃≤t≤180℃;
pipe thread conforms to ISO228 standard

Nominal pressure: 1.6MPa; working medium: tap water, non-corrosive liquid, saturated steam; working temperature: -20℃≤t≤150℃;
pipe thread conforms to ISO228 standard

Nominal pressure: 1.6 MPa; working medium: water;
working humidity: 0℃≤t≤90℃; cracking pressure: 0.04 MPa

Nominal pressure: 1.6MPa; working medium: water;
working temperature: sealing material is copper: -20℃≤t≤150℃　/　 sealing material is rubber: 0℃≤t≤90℃

Nominal pressure: 1.6MPa; working medium: water; working temperature: 0℃≤t≤100℃;
opening pressure: 0.01MPa; sealing material is rubber

Nominal pressure: 1.6MPa; working medium: tap water, non-corrosive liquid;
working temperature: -20℃≤t≤100℃; pipe thread conforms to ISO228 standard

Nominal pressure: 1.6MPa; working medium: water; working temperature: t≤150℃;
Yali experiment conforms to ISO5208 standard; taper pipe thread conforms to Rc thread in ISO7 standard

Nominal pressure: 1.6MPa; working medium: water; working temperature: sealing material is copper: -20℃≤t≤150℃;

Nominal pressure: 1.6MPa; working medium: water;
working temperature: sealing material is copper: -20℃≤t≤150℃ / sealing material is rubber: 0℃≤t≤90℃

Nominal pressure: 1.6MPa; working medium: water, oil, gas; working temperature: t≤100℃;
pipe thread conforms to ISO228 (DN12-DN50)/ISO7 standard

The pressure difference Pang Tong balance valve is installed on the pipeline between the water supply and the return water, and controls the opening and closing of the main gate according to the pressure difference between the inlet end and the outlet end, and the reaction is accurately and quickly controlled. The closing speed is adjustable, and the valve closes smoothly without pressure fluctuations.