Fire Elastic Soft Seal Signal Gate Valve

Fire elastic soft seal signal gate valve is a special valve designed for fire protection systems. The core adopts a rubber elastic seal valve core (such as NBR) combined with a metal skeleton, which has both flexible sealing and signal monitoring functions. It provides real-time feedback on valve opening and closing status to the fire control center through built-in sensors, ensuring rapid water flow interruption in case of a fire; Through direct flow channels, corrosion-resistant coatings, and modular design, it maintains low leakage and easy maintenance characteristics in high-pressure and impurity containing media, ensuring the reliability of fire water supply.

  • Lightweight and easy to maintain
  • Convenient operation and high reliability
  • Low flow resistance and anti impurity design
  • Corrosion resistance and material optimization
  • High sealing performance and signal feedback mechanism
Lightweight and easy to maintain
  • Lightweight and easy to maintain
    01
    The ductile iron valve body reduces weight by 20% -30% compared to traditional cast iron, supports various connection methods such as flanges and clamps, and requires less installation space;
  • 02
    The modular structure supports quick replacement of sealing rings (three "O" ring design), without the need for water outage maintenance, reducing operation and maintenance costs.
Convenient operation and high reliability
  • Convenient operation and high reliability
    01
    The concealed rod structure combined with an integrated copper nut has a small operating torque and anti loosening properties. Manual opening and closing only requires rotating the handwheel, and emergency response is rapid;
  • 02
    The valve cover is designed with self sealing, and the sealing becomes tighter with increasing fluid pressure, ensuring stable performance under high pressure conditions.
Low flow resistance and anti impurity design
  • Low flow resistance and anti impurity design
    01
    The whole basin has a straight through flow channel and a flat bottomed valve seat structure, with fluid resistance close to that of a straight pipe, reducing pressure drop loss and avoiding blockage caused by impurity accumulation;
  • 02
    It is suitable for fire-fighting media with high solid content (such as foam mixture) to ensure stable flow in emergency.
Corrosion resistance and material optimization
  • Corrosion resistance and material optimization
    01
    The inner cavity of the valve body is sprayed with non-toxic epoxy resin, and the valve stem and nut are made of stainless steel/bronze material, which is resistant to water, oil, and weakly corrosive media and meets the hygiene standards for drinking water;
  • 02
    The sealing rubber is treated with a special vulcanization process, which is resistant to aging and high temperatures (≤ 80 ℃), and maintains elastic memory for a long time.
High sealing performance and signal feedback mechanism
  • High sealing performance and signal feedback mechanism
    01
    Adopting an integral rubber core design, high-performance rubber (NBR) is tightly vulcanized with ductile iron skeleton to achieve bidirectional zero leakage sealing, with a leakage rate lower than industry standards;
  • 02
    Integrated signal feedback device, capable of real-time monitoring of valve opening and closing status and linkage with fire control system, enhancing emergency response capability.
Main Component Materials

valve body

ram

Mid mouth pad

sealing ring

support

valve stem

bolt

cover pressing

stem nut

Handwheel (transmission cap)

Grey cast iron, ductile iron, cast steel

Ductile iron+EPDM or rubber

Rubber, EPDM

rubber

Grey cast iron, ductile iron, cast steel

stainless steel

stainless steel

Ductile iron, cast steel

copper alloy

malleable cast iron

Performance Specifications & Dimensions
  • Nominal Pressure PN
    1.0/1.6
  • Shell F
    Px1.5
  • Sealing Pressure
    Px1.1
  • Medium
    Water、oil
  • Temperature (℃)
    ≤100℃

Nominal Diameter
DN(mm)

L (flange length)

D (flange length)

D1 (sealing surface diameter)

D2 hole spacing

Z - Φ d (number and diameter of holes)

H height dimension

PN1.0MPa

PN1.6MPa

PN1.0MPa

PN1.6MPa

PN1.0MPa

PN1.6MPa

PN1.0MPa

PN1.6MPa

PN1.0MPa

PN1.6MPa

PN1.0MPa

PN1.6MPa

50

178

165

99

125

4-19

280

65

190

185

118

145

4-19

285

80

203

200

132

160

8-19

315

100

229

220

156

180

8-19

350

125

254

250

184

210

8-19

410

150

267

285

211

240

8-23

435

200

292

340

266

295

8-23

12-23

540

250

330

395

405

319

350

355

12-23

12-28

690

300

356

445

460

370

400

410

12-23

12-28

740

350

381

505

520

429

460

470

16-23

16-28

835

400

406

565

580

480

515

525

16-28

16-31

895

450

432

615

640

530

548

565

585

20-28

20-31

1000

500

457

670

715

582

609

620

650

20-28

20-34

1150

600

508

780

840

682

720

725

770

20-31

20-37

1300

Note: The pressure range is 1.0MPa~1.6MPa. The above data is for reference only. Please consult the company's sales department for details.

Valve Application
  • Oil & Gas Transportation

    Oil and gas transportation involves multiple modes such as pipelines and ships, and is the core link of the energy supply chain.

  • Chemical Raw Material Control

    The control of chemical raw materials covers the entire process of mining, storage, and production, ensuring safety and process stability.

  • High Temperature SteamPipeline in Power System

    High temperature steam pipelines are the core of energy transmission in power systems, supporting the efficient operation of thermal and nuclear power plants.

  • Other Industries

    Valves control fluids in multiple industries such as new energy and electronics, ensuring safe and efficient production.

Related Recommendations
Always Connect With Us.
24-hour online response, professional team to answer all your questions, Welcome to contact us to customize your exclusive solution.
WeChat
Scan the QR Code with WeChat