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Réducteur
Un réducteur est un raccord de tuyauterie utilisé pour raccorder des tuyaux de différents diamètres, facilitant ainsi les transitions fluides entre les différents débits des réseaux de tuyauterie. Disponibles en modèles concentriques et excentriques, les réducteurs contribuent à maintenir un débit optimal tout en minimisant les pertes de charge et les turbulences.
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Présentation du produit réducteur

Les réducteurs, également appelés tubes réducteurs, sont des raccords utilisés pour raccorder des tuyaux de différents diamètres dans des systèmes de tuyauterie. Ils sont largement utilisés dans des secteurs tels que le pétrole, la chimie et l'énergie. Leur fonction principale est d'obtenir une transition progressive du diamètre des tuyaux, assurant ainsi un écoulement fluide. Les réducteurs sont divisés en types concentriques et excentriques. Les tailles courantes vont de DN15 à DN2000, avec des pressions nominales de Sch5s à Sch60 et de PN0,6 à PN32. Les réducteurs sont fabriqués à partir de matériaux tels que l'acier au carbone, l'acier allié, l'acier inoxydable et l'acier basse température. Les méthodes de formage incluent l'emboutissage et le laminage. Les réducteurs sont principalement conformes aux normes internationales telles que l'ASME B16.9-2018 et la MSS SP-75-2019.

Caractéristiques du réducteur

1. Transition de diamètre en douceur : assure une connexion en douceur entre les tuyaux de différents diamètres, réduisant les turbulences et la résistance et diminuant les pertes d'énergie.

2. Compatibilité avec divers tuyaux : peut se connecter à des tuyaux de différents matériaux et types, tels que des tuyaux en acier et des tuyaux en acier inoxydable, répondant à divers besoins d'ingénierie et de transport moyen.

3. Résistance fiable : Fabriqué à partir de matériaux adaptés aux tuyaux, offrant une résistance et une rigidité suffisantes pour résister à la pression interne du fluide et aux forces externes, empêchant la rupture ou la déformation.

4. Bonne stabilité : une conception structurelle raisonnable assure la stabilité lors de la connexion de tuyaux de différents diamètres, maintenant la stabilité globale du système de tuyauterie.

 

Réduction du poids :

Diamètre nominal de la tête

Poids approximatif kg

DN

NPS

SCH10S

SCH20

MST

SCH40

XS

SCH80

20

3/4

0.05

-

0.08

0.08

0.10

0.10

25

1

0.10

-

0.17

0.17

0.20

0.20

32

1-1/4

0.13

-

0.21

0.21

0.25

0.25

40

1-1/2

0.20

-

0.29

0.29

0.35

0.35

50

2

0.28

-

0.42

0.42

0.58

0.58

65

2-1/2

0.45

-

0.80

0.80

1.03

1.03

80

3

0.55

-

1.05

1.05

1.42

1.42

90

3-1/2

0.74

-

1.36

1.36

1.89

1.89

100

4

0.84

-

1.63

1.63

2.27

2.27

125

5

1.38

-

2.77

2.77

3.93

3.93

150

6

1.85

-

3.96

3.96

5.95

5.95

200

8

2.80

-

6.31

6.31

9.26

9.26

250

10

4.60

7.85

10.7

10.7

14.5

17.5

300

12

7.00

11.2

15.8

16.3

20.9

25.1

350

14

14.0

25.6

28.8

32.1

37.1

56.5

400

16

17.5

30.5

38.5

48.8

48.8

79.0

450

18

21.5

35.2

44.5

64.3

58.5

102

500

20

36.0

62.7

62.7

98.5

80.4

165

550

22

38.0

72.6

72.6

-

93.8

181

600

24

47.5

97.1

79.1

142

101

226

650

26

-

130

99.9

-

130

-

700

28

-

142

110

-

142

-

750

30

85.0

152

119

-

152

-

800

32

-

151

125

208

151

-

850

34

-

171

132

231

171

-

900

36

-

180

140

262

180

-

950

38

-

-

148

-

194

-

1000

40

-

-

156

-

203

-

1050

42

-

-

178

-

235

-

1100

44

-

-

189

-

244

-

1150

46

-

-

199

-

257

-

1200

48

-

-

210

-

269

-

1300

52

-

-

223

-

-

-

1400

56

-

-

241

-

-

-

1500

60

-

-

258

-

-

-

Caractéristiques du réducteur

  • 01
    Smooth Diameter Transition

    Transition de diamètre en douceur

    Assure des connexions fluides entre des tuyaux de différents diamètres, réduit les turbulences et la résistance, minimise les pertes d'énergie et optimise le débit des fluides.
  • 02
    Compatible with Multiple Pipelines

    Compatible avec plusieurs pipelines

    Capable de connecter des tuyaux de différents matériaux et types, tels que des tuyaux en acier et des tuyaux en acier inoxydable, pour répondre à divers besoins d'ingénierie et de transport moyen.
  • 03
    Reliable Strength

    Force fiable

    Utilisation de matériaux adaptés à la canalisation, offrant une résistance et une rigidité suffisantes pour résister à la pression interne du fluide et aux forces externes, empêchant ainsi la rupture ou la déformation.
  • 04
    Good Stability

    Bonne stabilité

    Une conception structurelle raisonnable garantit la stabilité des connexions de canalisations de différents diamètres et maintient la stabilité de l'ensemble du système de canalisations.
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    Coude

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  • Tee Pipe

    Tuyau en T

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  • Bend Pipe

    Tuyau courbé

    Le coude est un raccord essentiel utilisé pour modifier le sens d'écoulement dans un système de tuyauterie. Il permet des transitions fluides entre les sections de conduite, s'adaptant aux contraintes d'implantation, évitant les obstacles et optimisant les trajets d'écoulement. Les coudes sont conçus pour maintenir la vitesse du fluide et minimiser les pertes de charge tout en offrant l'angle de déviation nécessaire. Ils sont couramment utilisés dans divers secteurs, notamment le pétrole et le gaz, la pétrochimie, l'approvisionnement en eau et les systèmes CVC.
    VOIR TOUT

Le réducteur est poli par plusieurs processus.

Le réducteur est poli par plusieurs processus.
Nouvelles
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