HOME PRODUCT Butterfly Valve Wafer butterfly valve wafer type seawater desalination butterfly valve

PRODUCT

wafer type seawater desalination butterfly valve
wafer type seawater desalination butterfly valve wafer type seawater desalination butterfly valve

wafer type seawater desalination butterfly valve

Product Attributes :

Size: DN40-DN1200

Pressure: PN10/PN16/25/150LB

Design standard : API609 ,BS EN593.MSS SP-67 BS5155

Standard:  Flange: DIN3202,  DIN2501 PN10/PN16

Face to face:API609, ISO5752,BS EN558, BS5155,

                     MS SP-67,DIN3202

Test Standard: API598

Product Description

Wafer type seawater desalination butterfly valve

Material:

No.

Part Name

Material

1

Body

bronze 

2

Disc

Al-Bronze/CF8M/CF8

3

Seat

EPDM/PTFE/Buna/NBR/Hypalon/Viton

4

Stem

SS410/SS304/SS316

5

Bushing

PTFE/Lubricating

6

O ring

EPDM/PEFE/Buna/NBR/Hypalon

7

Pin

without pin

 

Features:

The bronze butterfly valve is primarily composed of a valve body, a butterfly disc (closing element), and a valve shaft. The disc is a disc located in the center of the valve and connected to the valve body via the valve shaft. This wafer type butterfly valve  structure is relatively simple and compact, resulting in small overall dimensions. Butterfly valves can be categorized by structure, including offset disc, vertical disc, inclined disc, and lever-type. Each structure offers advantages in different applications.
 

bronze butterfly valve  offer excellent corrosion resistance, resisting attack by acids, alkalis, and other chemicals, ensuring long-term reliable operation in relatively harsh operating environments, such as those found in the chemical, petroleum, and pharmaceutical industries. Copper valves also effectively prevent rust and corrosion, ensuring water quality remains uncontaminated, making them suitable for small water supply systems with high water quality requirements.

bronze butterfly valve  thermal expansion coefficient closely matches the temperature fluctuations of the fluid, reducing thermal stress on the valve during temperature fluctuations and extending its service life. Furthermore, copper's high toughness allows it to deform under external forces such as impact and extrusion without cracking, making it suitable for applications requiring resistance to external forces.

 

            

                          

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