Electric Sleeve Regulating Valve

Electric sleeve regulating valve is a high-performance flow control valve that adopts a sleeve guided structure


High precision adjustment: The sleeve porous design achieves linear/equal percentage flow characteristics with an adjustment accuracy of ± 1%;

Anti vibration and wear-resistant: The guiding structure reduces valve core vibration and is suitable for high pressure differentials (PN16-PN40) and media containing particles;

Low leakage: Metal seal leakage ≤ 0.01%, soft seal can reach level VI;

Modular design: can quickly replace valve core/sleeve, suitable for different working conditions (-200 ℃~+550 ℃).


Widely used for precise flow control in harsh working conditions such as petroleum and chemical industries.

  • Low noise and anti cavitation
  • Long lifespan and wear resistance
  • Maintain convenience
  • Modular interchangeability
  • High stability
Low noise and anti cavitation
  • 01
    Channel optimization
    The cage sleeve structure disperses fluid energy, reduces turbulence and cavitation effects, and reduces noise by about 10dB compared to ordinary valves.
Long lifespan and wear resistance
  • 01
    Anti erosion design
    The sleeve porous window disperses fluid impact, separates the valve core from the sealing surface, and reduces direct erosion of the medium.
  • 02
    Material weather resistance
    suitable for a wide temperature range (-200 ℃~+550 ℃), metal hard seal leakage ≤ Grade IV, soft seal can reach Grade VI.
Maintain convenience
  • 01
    Online maintenance design
    When disassembling the sleeve or valve core, there is no need to remove the valve body from the pipeline, greatly reducing maintenance time.
  • 02
    Simple and reliable structure
    The components are assembled without threaded connections (such as self centering snap in valve seats), reducing the complexity of disassembly and assembly.
Modular interchangeability
  • 01
    Flexible adaptation to working conditions
    Simply replace the sleeve to change the flow characteristics (linear/equal percentage) or flow capacity (Cv value), without the need for overall valve replacement.
  • 02
    Standardized components
    The valve seat, valve core, etc. adopt a snap in structure, which is easy to disassemble and has strong universality.
High stability
  • 01
    Axial balance design
    The valve plug is equipped with a balance hole to effectively counteract the force of the medium, eliminate the phenomenon of unbalanced force reversal, and avoid valve core oscillation.
  • 02
    Optimization of guiding structure
    The sleeve and valve core are guided in a large area to enhance vibration resistance, suitable for high differential pressure conditions (such as PN16-PN40).
Main Component Materials

Valve body and valve seat

valve disc

valve stem

Ductile iron H200

brass

stainless steel

Performance Specifications & Dimensions
  • Nominal pressure PN
    1.6/2.5/4.0/6.4/10.0
  • Shell F
    P x 1.5
  • Sealing Pressure
    P x 1.1
  • Medium
    Water, steam, oil products
  • Temperature (℃)
    No space heater -10 ℃~+60 ℃/Space heater -35 ℃~+60 ℃/Explosion proof X-type -10 ℃~+40 ℃

Nominal diameter DN (mm)

20

25

32

40

50

65

80

100

125

150

200

L

PN1.6/4.0MPa

150

160

180

200

230

290

310

350

400

480

600

PN6.3/10.0MPa

230

230

260

260

300

340

380

430

500

550

650

A

460

460

460

460

460

530

530

530

630

630

630

B

230

230

230

230

230

230

230

230

260

260

260

D

225

225

225

225

225

255

255

255

310

310

310

R

177

177

177

177

277

177

177

177

226

226

226

H1

PN6.3/10.0MPa

126

126

234

157

267

199

214

229

263

293

358

PN1.6/4.0MPa

138

138

142

165

287

204

219

240

280

300

364

H6

PN1.6/4.0MPa

142

142

154

177

287

226

241

256

290

320

385

PN6.3/10.0MPa

154

152

162

185

207

231

246

267

307

327

391

H2

490

490

490

490

490

540

540

540

625

625

628

H3

373

373

495

495

495

700

700

700

725

725

725

H4

459

459

159

459

459

520

520

520

570

540

570

n-d

PN1.6/4.0MPa

43

48

57

66

66

92

92

120

134

156

199

PN6.3/10.0MPa

49

54

61

70

70

97

97

125

138

163

206

Weight (kg)

PN1.6/4.0MPa

10

12

15

17

17

34

34

54

76

79

100

PN6.3/10.0MPa

13

16

19

26

26

43

43

85

120

125

150

Note: 1. The weight in the table is for the PSL type actuator used.

          2. The valve body flange and flange end face distance can be manufactured according to user specified standards. For example, ANSI, JIS, DIN and other standards.

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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