wafer Butterfly Valves with good Price

wafer Butterfly Valves with good Price

Short Description:

Series No. BFV-1006

China API609 Aluminum lever Butterfly Valve Manufacturer DEYE Supplies cast iron GGG40/GGG50 Butterfly Valves with Aluminum leverworking pressure: PN16

√ 15+ Years’ Experience in Flow control valve

√ CAD drawings TDS for each Project Inquiry

√ Test Report includes Photos and Videos for each Shipment

√ OEM & Customization Capability

√ 24Months Quality Guarantee

√ Three Cooperated Foundries to support your fast delivery.

 


Feature

Product Range

Performance

Application

Product Tags

Quick Detail:cast iron GGG40/GGG50 Butterfly Valves with Aluminum lever

Design standard: API 609. 

Body material: GGG50

Nominal diameter: DN100 4inches

Pressure: PN16

End connection: Wafer

Face to face: N558 Series 20

Top flange ISO5211.

Bi-direction Seal, Renewable seat Design

Mode of operation: Gearbox.

Test and inspection: API 598. EN1226

Epoxy Powder coated inside and outside

 

Product Range

Available Body Material: CI/DI/CS/SS304/SS316

Available Disc Material: Ductile iron, SS304, SS316, Bronze

Optional Seat: EPDM, NBR, PTFE, Teflon. Neoprene

Optional End connection: Wafer, Lug, Flanged.

Optional Body Design: Eccentric or Concentric centerline

Face to face: EN558 Series 20, 13/14, long type or short type

Normal diameter: 2″~48″ (DN40~DN1200).

Pressure range: PN6-PN25

Available Operation: Gearbox, Electric, pneumatic actuator

Working temperature: -46~+200.

 

Performance:

The advantages of aluminum alloy handles are:

  1. No need for painting and maintenance, longevity, save you the trouble from maintenance

2. The density of aluminum alloy is low, but the strength is relatively high, close to or exceeds the performance of high-quality steel, and easily-shaped.

3. Excellent electrical conductivity, thermal conductivity and corrosion resistance, widely used in industry, In addition, the aluminum alloy handle will not form condensation when used outdoors.

4. The performance of the aluminum handle is relatively good. But the grid is relatively higher.

 

In the case of no special requirements in working conditions, the butterfly valve can use stamping handle and large iron handle. But we should also pay attention to the specific requirement. The choice of the The handle of butterfly valve needs to be determined its own working environment and production cost.

 

Application:

widely used in gas, oil, water, chemical engineering and other related industries, also in cooling water systems of thermal power stations


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  • Available Body Material: CI/DI/CS/SS304/SS316

    Available Disc Material: Ductile iron, SS304, SS316, Bronze

    Optional Seat: EPDM, NBR, PTFE, Teflon. Neoprene

    Optional End connection: Wafer, Lug, Flanged.

    Optional Body Design: Eccentric or Concentric centerline

    Face to face: EN558 Series 20, 13/14, long type or short type

    Normal diameter: 2″~48″ (DN40~DN1200).

    Pressure range: PN6-PN25

    Available Operation: Gearbox, Electric, pneumatic actuator

    Working temperature: -46~+200.

    The advantages of aluminum alloy handles are:

    1. No need for painting and maintenance, longevity, save you the trouble from maintenance

    2. The density of aluminum alloy is low, but the strength is relatively high, close to or exceeds the performance of high-quality steel, and easily-shaped.

    3. Excellent electrical conductivity, thermal conductivity and corrosion resistance, widely used in industry, In addition, the aluminum alloy handle will not form condensation when used outdoors.

    4. The performance of the aluminum handle is relatively good. But the grid is relatively higher.

     

    In the case of no special requirements in working conditions, the butterfly valve can use stamping handle and large iron handle. But we should also pay attention to the specific requirement. The choice of the The handle of butterfly valve needs to be determined its own working environment and production cost.

     

    widely used in gas, oil, water, chemical engineering and other related industries, also in cooling water systems of thermal power stations

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