...

🍪 This website requires cookies to provide all of it's features. Please enable your browser cookies.

Accept All Decline All
REQUEST A QUOTE

Low Emission Globe valve

Our valves utilize cutting-edge technology, undergo rigorous quality control, ensuring outstanding performance and durability.

  1. Home
  2. »
  3. Product
  4. »
  5. Low Emission Globe valve

Low Emission Globe valve

Nowadays, people pay much attention to environmental protection.

We Sedelon also take it into consideration. Low Emission Globe valves /Low Leakage Globe valves can effectively prevent the medium leakage and emission, thus being good for the environment.

Equipped with Fugitive Emission Test Certificate ISO 15848-1:2006, Sedelon manufactures Fugitive Emission Globe valves in order to make a contribution to protecting the environment.

Nowadays, people pay much attention to
environmental protection. We Sedelon also take it into consideration.
Low Emission Globe valves /Low Leakage Globe valves can
effectively prevent the medium leakage and emission, thus being good for the
environment.
Equipped with Fugitive Emission Test
Certificate ISO 15848-1:2006, Sedelon manufactures
Fugitive Emission Globe
valves in order to make a contribution to protecting the
environment.

Application

Face to Face Dimensions:ANSI B16.10

Flange end Dimension :ANSI B16.5

Butt Welded DimensionsANSI B16.25

Design and ManufactureBS1873

Pressure TestAPI598

MaterialsWCB WC6 WC9 CF8 CF8M CF3 CF3M CN7MLC1

LC2LC3LCBLCCMonel20# Alloys4A5AC95800C95500, ect.

 

Class150 
Low Emission Globe valve


NPS

in

2

2 1/2

3

4

5

6

8

10

12

d

mm

51

64

76

102

127

152

203

254

305

L(RF)

mm

203

216

241

292

356

406

495

622

698

L(BW)

mm

203

216

241

292

356

406

495

622

698

L(RTJ)

mm

216

229

254

305

369

419

508

635

711

d1

mm

92

105

127

157

186

216

270

324

381

d2

mm

120.5

139.5

152.5

190.5

216

241.5

298.5

362

432

D

mm

152

178

190

229

254

279

343

406

483

b

mm

16

18

19

24

24

26

29

31

32

n-Фd

mm

4-19

4-19

4-19

8-19

8-22

8-22

8-22

12-25

12-25

H

mm

330

360

390

445

480

520

600

773

880

H1

mm

 

 

 

 

 

556

658

805

955

W

mm

200

200

250

300

350

350

500

500

550

W1

mm

 

 

 

 

 

310

310

460

460

Class300 
Low Emission Globe valve

NPS

in

2

2 1/2

3

4

5

6

8

10

12

d

mm

51

64

76

102

127

152

203

254

305

L(RF)

mm

267

292

318

356

400

444

559

622

711

L(BW)

mm

267

292

318

356

400

444

559

622

711

L(RTJ)

mm

283

308

333

371

416

460

575

638

727

d1

mm

92

105

127

157

186

216

270

324

381

d2

mm

127

149

168.5

200

235

270

330

387.5

451

D

mm

165

190

210

254

279

318

381

445

521

b

mm

23

26

29

32

35

37

42

48

51

n-Фd

mm

8-19

8-22

8-22

8-22

8-22

12-22

12-25

16-29

16-32

H

mm

385

420

440

515

580

660

900

950

1030

H1

mm

 

 

 

 

 

690

950

990

1080

W

mm

250

250

300

350

450

500

500

550

550

W1

mm

 

 

 

 

 

310

460

460

460

Class600 
Low Emission Globe valve

NPS

in

2

2 1/2

3

4

5

6

8

10

12

d

mm

51

64

76

102

127

152

200

248

298

L(RF)

mm

292

330

356

432

508

559

660

787

838

L(BW)

mm

292

330

356

432

508

559

660

787

838

L(RTJ)

mm

295

333

359

435

511

562

664

791

841

d1

mm

92

105

127

157

186

216

270

324

381

d2

mm

127

149

168.5

216

267

292

349

432

489

D

mm

165

190

210

273

330

356

419

508

559

b

mm

26

29

32

38

45

48

56

64

67

n-Фd

mm

8-19

8-22

8-22

8-25

8-29

12-29

12-32

16-35

20-35

H

mm

360

410

465

545

625

785

930

 

 

H1

mm

 

 

 

575

660

820

960

1040

1280

W

mm

250

300

350

400

500

550

650

 

 

W1

mm

 

 

 

310

310

460

460

610

610

Class900 
Low Emission Globe valve

NPS

in

2

2 1/2

3

4

5

6

8

10

d

mm

47

57

73

98

121

146

190

234

L(RF)

mm

368

419

381

457

559

610

737

838

L(BW)

mm

368

419

381

457

559

610

737

838

L(RTJ)

mm

371

422

384

460

562

613

740

841

d1

mm

92

105

127

157

186

216

270

324

d2

mm

165

190.5

190.5

235

279.4

317.5

393.7

469.9

D

mm

216

244

241

292

349

381

470

545

b

mm

38.5

41.5

38.5

44.5

51

56

64

70

n-Фd

mm

8-26

8-29

8-26

8-32

8-35

12-32

12-39

16-39

H

mm

480

520

564

685

780

950

 

 

H1

mm

 

 

630

720

840

1015

1100

1185

W

mm

350

350

400

450

550

650

 

 

W1

mm

 

 

310

310

460

460

610

610

Class1500 
Low Emission Globe valve

NPS

in

2

2 1/2

3

4

5

6

8

d

mm

47

57

70

92

111

136

178

L(RF)

mm

368

419

470

546

673

705

832

L(BW)

mm

368

419

470

546

673

705

832

L(RTJ)

mm

371

422

473

549

676

711

841

d1

mm

92

105

127

157

186

216

270

d2

mm

165

190.5

203.2

241.3

292.1

317.5

393.7

D

mm

216

244

267

311

375

394

483

b

mm

38.5

41.5

48

54

73.5

83

92.9

n-Фd

mm

8-26

8-29

8-32

8-35

8-42

12-39

12-45

H

mm

592

660

692

 

 

 

 

H1

mm

 

 

 

907

950

1015

1145

W

mm

350

400

500

 

 

 

 

W1

mm

 

 

 

460

610

610

610

API Trim NO.
Table

 

No
  of internal parts

 

Seat
  ring or body

 

Gatedisc ball or body

 

Stem

 

No
  of internal parts

 

Seat
  ring or body

 

Gatedisc ball or body

 

Stem

01

13Cr

13Cr

13Cr

31

STELLITE

321SS

321SS

02

304SS

304SS

304SS

32

STELLITE

STELLITE

321SS

03

310SS

310SS

310SS

33

347SS

347SS

347SS

04

HARD 13Cr

HARD 13Cr

13Cr

34

STELLITE

347SS

347SS

05

STELLITE

STELLITE

13Cr

35

NICKEL ALLOY

13Cr

13Cr

06

Cu-Ni

13Cr

13Cr

36

A105/PTFE

A105+ENP

A105+ENP

07

13Cr

HARD 13Cr

13Cr

37

A105/PTFE

WCB+ENP

A105+ENP

08

STELLITE

13Cr

13Cr

38

13Cr/PTFE

13Cr

13Cr

09

Cu-Ni

Cu-Ni

Cu-Ni

39

304SS/PTFE

304SS

304SS

10

316SS

316SS

316SS

40

316SS/PTFE

316SS

316SS

11

Cu-Ni

STELLITE

Cu-Ni

41

A105/RPTFE

A105+ENP

A105+ENP

12

STELLITE

316SS

316SS

42

A105/RPTFE

WCB+ENP

A105+ENP

13

ALLOY 20

ALLOY 20

ALLOY 20

43

13Cr/RPTFE

13Cr

13Cr

14

STELLITE

ALLOY 20

ALLOY 20

44

304SS/RPTFE

304SS

304SS

15

STELLITE

STELLITE

304SS

45

316SS/RPTFE

316SS

316SS

16

STELLITE

STELLITE

316SS

46

A105/NYLON

A105+ENP

A105+ENP

17

STELLITE

STELLITE

347SS

47

A105/NYLON

WCB+ENP

A105+ENP

18

STELLITE

STELLITE

ALLOY 20

48

A105/NYLON

304SS

304SS

19

MONEL

MONEL

MONEL

49

A105/NYLON

316SS

316SS

20

BRONZE

BRONZE

13Cr

50

13Cr/NYLON

13Cr

13Cr

21

HASTELLOY B

HASTELLOY B

HASTELLOY B

51

304SS/NYLON

304SS

304SS

22

 

HASTELLOY C

HASTELLOY C

52

316SS/NYLON

316SS

316SS

23

STELLITE

304SS

304SS

53

A105/PEEK

A105+ENP

A105+ENP

24

304LSS

304LSS

304LSS

54

A105/PEEK

WCB+ENP

A105+ENP

25

STELLITE

304LSS

304LSS

55

13Cr/PEEK

13Cr

13Cr

26

STELLITE

STELLITE

304LSS

56

304SS/PEEK

304SS

304SS

27

316LSS

316LSS

316LSS

57

316SS/PEEK

316SS

316SS

28

STELLITE

316LSS

316LSS

 

 

 

 

 

29

STELLITE

STELLITE

316LSS

 

 

 

30

321SS

321SS

321SS

 

 

 

 

Note:please indicate it directly in the
order for the internal part’smaterial uncovered in the table

 

POPULAR PRODUCTS

Our industrial valves are designed for optimal performance and reliability across a wide range of applications.

Compared with other material, Bronze valves are good choices for industries which require the following characteristics: Desalination and Highly corrosive environments.Sedelon manufactures different types of Bronze valves which are suitable for Chemical and Oil Industries, Sea Water Service, Desalination Plants, Off-Shore and Platforms.

Our industrial valves are designed for optimal performance and reliability across a wide range of applications.

Face to Face Dimensions:ANSI B16.10

Flange end Dimension :ANSI B16.5

Butt Welded Dimensions:ANSI B16.25

Design and Manufacture:API 6D

Pressure Test:API598

Materials:WCB 、WC6 、WC9 、CF8、 CF8M、 CF3、 CF3M 、CN7M、LC1LC2、LC3、LCB、LCC、Monel、20# Alloys、4A、5A、C95800、C95500, ect.

POPULAR PRODUCTS

Hydraulic actuator mounted on an industrial pipeline ball valve in an oil and gas plant

Hydraulic Actuator Valves: When to Choose Hydraulic Over Pneumatic or Electric

Hydraulic actuator valves deliver the highest torque density and reliable fail-safe performance in heavy-duty oil, gas, and power applications. This B2B guide compares hydraulic, pneumatic, and electric actuation so engineers and buyers can choose the right valve package.
Large gear operated ball valve installed on a high-pressure pipeline at an industrial plant

Gear Operated Ball Valve: Benefits for Large-Bore and High-Pressure Lines

A gear operated ball valve uses a worm-gear actuator to multiply hand torque 20–60×, making it the safe, practical choice for large-bore (DN50+) and high-pressure (Class 300+) pipelines where a lever handle would require unsafe force.
Lever Operated Ball Valve: When Manual Beats Gear or Actuator

Lever Operated Ball Valve: When Manual Beats Gear or Actuator

A lever operated ball valve is the cost-effective, low-maintenance choice for small- to mid-bore isolation points where hand torque is sufficient. Learn when it beats gear or actuated operators.
Engineering Double Block and Bleed (DBB) Systems: Why Through-Conduit Slab Gate Valves Outperform Wedge Gates

Engineering Double Block and Bleed (DBB) Systems: Why Through-Conduit Slab Gate Valves Outperform Wedge Gates

Achieving reliable fluid isolation in high-pressure oil and gas pipelines is critical for plant safety. While traditional wedge gate valves often suffer from seat wear, high operating torque, and trapped solids in bottom V-shaped pockets, through-conduit slab gate valves offer superior Double Block and Bleed (DBB) isolation. Featuring parallel flat gates, spring-loaded floating seats, and full-bore piggable designs, these valves eliminate wedging stress and feature automatic body cavity pressure relief. Sedelon API 6D monogrammed slab gate valves deliver long-term, zero-pressure-drop isolation for demanding pipeline manifolds.
Low-Emission (Low-E) Valve Seal Systems Mitigating Fugitive Emissions in Industrial Piping

Low-Emission (Low-E) Valve Seal Systems: Mitigating Fugitive Emissions in Industrial Piping

Modern processing plants face tightening environmental standards to eliminate fugitive VOC and HAP emissions from industrial piping. Valves account for over half of refinery leaks, with stem packing boxes being the main vulnerability. Advanced Low-Emission (Low-E) Valve Seal Systems solve this by combining die-formed flexible graphite matrix rings, braided carbon fiber end rings, and live-loaded Belleville springs. Certified to strict API 622, API 641, and ISO 15848-1 standards, Sedelon API-certified low-emission industrial valves deliver reliable, zero-leakage performance under severe thermal cycling, protecting plant revenue and environmental safety.
Seraphinite AcceleratorOptimized by Seraphinite Accelerator
Turns on site high speed to be attractive for people and search engines.