Medium Temperature Solenoid Valve

An automatic control valve specifically designed for steam systems (with temperatures typically ranging from 120 ℃ to 180 ℃), which uses electromagnetic force to quickly open and close pipelines, achieving on/off control of medium temperature media such as steam and hot water.


Core Features

Temperature resistance range: Suitable for medium temperature fluids (such as steam and hot water) ranging from 120 ℃ to 180 ℃, and some models can be extended to 300 ℃;

Hard sealing structure: using metal sealing or high-temperature resistant material valve core to ensure sealing reliability under high temperature conditions;

Quick response: Electromagnetic drive achieves ≤ 1-second on-off switching and supports automated remote control.


Typical Applications

Steam pipeline control for steam heaters, drying equipment, sterilization systems (such as in the food and pharmaceutical industries), and textile printing and dyeing equipment.

  • Wide medium adaptability
  • Rapid response capability
  • Efficient sealing structure
  • Design of corrosion-resistant materials
  • Excellent temperature resistance performance
Wide medium adaptability
  • Wide medium adaptability
    01
    Compatible with various medium temperature fluids such as steam, hot water, compressed air, etc., suitable for industrial automation pipeline control in textile printing and dyeing, food sterilization, drying equipment, etc.
Rapid response capability
  • Rapid response capability
    01
    Electromagnetic drive achieves an opening and closing time of ≤ 1 second, supports high-frequency automation control, and meets the precise on-off requirements of steam systems and other working conditions.
Efficient sealing structure
  • Efficient sealing structure
    01
    Equipped with high-temperature resistant seals (such as fluororubber or metal hard seals) to prevent leakage of high-temperature media, in compliance with industrial sealing standards, ensuring system safety and reliability.
Design of corrosion-resistant materials
  • Design of corrosion-resistant materials
    01
    Using stainless steel (such as 304/316) or copper alloy to manufacture valve bodies and core components enhances corrosion resistance, suitable for corrosive media scenarios such as chemical and pharmaceutical industries.
Excellent temperature resistance performance
  • Excellent temperature resistance performance
    01
    The valve body is made of stainless steel or alloy material, and the working temperature is stable and suitable for medium temperature environments of 120 ° C-180 ° C. Special models can be extended to 300 ° C to ensure long-term stable operation in steam, hot water and other media.
Main Component Materials

Part Name

valve body

valve cover

float ball

Leverage frame

lever

Stuffed head

material

ductile cast iron

ductile cast iron

stainless steel

stainless steel

aluminum bronze

aluminum bronze

Performance Specifications & Dimensions
  • Nominal pressure PN
    1.6/2.5/4.0/6.4
  • Shell F
    P x 1.5
  • Sealing Pressure
    P x 1.1
  • Medium
    Steam and other corrosive gases
  • Temperature (℃)
    -40~+60℃

Nominal

Diameter

DN

flange connection

Overall dimensions

Flange size

H

L

D

D1

D2

b

f

n-φd

15

176

130

95

65

46

14

2

4-14

20

181

150

105

75

56

16

2

4-14

25

210

160

115

85

65

16

3

4-14

32

221

180

140

100

76

18

3

4-18

40

230

200

150

110

84

18

3

4-18

50

252

230

165

125

99

20

3

4-18

65

265

290

185

145

118

20

3

4-18

80

276

310

200

160

132

20

3

8-18

100

373

350

220

180

156

22

3

8-18

125

416

350

250

210

184

22

3

8-18

150

440

400

285

240

211

24

3

8-22

Note: The above data is for reference only. For details, please consult the company's sales department.

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.

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