RS PRO, 1/2 in BSP Carbon Steel Y Strainer

Nº de Estoque RS: 720-9308Marca: RS PRO
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Documentos Técnicos

Especificações

Brand

RS Pro

Strainer or Filter

Strainer

Suitable Media

Air, Oil, Water

Connection

1/2 in BSP

Body Material

Carbon Steel

Connection Size

1/2in

Maximum Working Pressure

25 bar

Minimum Working Pressure

17bar

Thread Standard or Connection Type

BSP

Working Pressure Range

17 → 25 bar

País de Origem

Portugal

Detalhes do produto

Y-type Strainer for Steam Services

These Y-type strainers are designed to protect traps, regulating valves and piping from dirt which might cause damage and consequent energy loss of fluid systems.

Informações de estoque temporariamente indisponíveis.

Verifique novamente mais tarde.

Informações de estoque temporariamente indisponíveis.

R$ 1.596,58

Each (Sem VAT)

RS PRO, 1/2 in BSP Carbon Steel Y Strainer

1

Disponível em múltiplos de 1
1R$ 1.596,58
2R$ 3.193,16
3R$ 4.789,74
4R$ 6.386,32
5R$ 7.982,90
6R$ 9.579,48
7R$ 11.176,06
8R$ 12.772,64
9R$ 14.369,22
10R$ 15.965,80
11R$ 17.562,38
12R$ 19.158,96
13R$ 20.755,54
14R$ 22.352,12
15R$ 23.948,70

R$ 1.596,58

Each (Sem VAT)

RS PRO, 1/2 in BSP Carbon Steel Y Strainer
Informações de estoque temporariamente indisponíveis.

1

Disponível em múltiplos de 1
1R$ 1.596,58
2R$ 3.193,16
3R$ 4.789,74
4R$ 6.386,32
5R$ 7.982,90
6R$ 9.579,48
7R$ 11.176,06
8R$ 12.772,64
9R$ 14.369,22
10R$ 15.965,80
11R$ 17.562,38
12R$ 19.158,96
13R$ 20.755,54
14R$ 22.352,12
15R$ 23.948,70

Documentos Técnicos

Especificações

Brand

RS Pro

Strainer or Filter

Strainer

Suitable Media

Air, Oil, Water

Connection

1/2 in BSP

Body Material

Carbon Steel

Connection Size

1/2in

Maximum Working Pressure

25 bar

Minimum Working Pressure

17bar

Thread Standard or Connection Type

BSP

Working Pressure Range

17 → 25 bar

País de Origem

Portugal

Detalhes do produto

Y-type Strainer for Steam Services

These Y-type strainers are designed to protect traps, regulating valves and piping from dirt which might cause damage and consequent energy loss of fluid systems.