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| 包装规格: | 零售价格: | 招商区域:浙江温州市 |
产品特点：Explore our cast carbon steel butterfly valves, manufactured to EN 593 standards and crafted from ASTM A216 WCB material. With a DN800 (32 inch) size and PN25 (Class 300 LB) rating, these valves offer reliable performance. Featuring a triple eccentric design, they ensure smooth operation and tight shut-off. With uni-directional flow and butt weld (BW) ends, they're ideal for various industrial applications.
产品说明：Triple Eccentric Butterfly Valve Made from China supplier
Valve description: Butterfly valve, triple eccentric, metal laminate seat, uni-directional, cast carbon steel
Body material: ASTM A216 WCB
Disc material: ASTM A351 CF8
Nominal diameter: DN800 (32 Inch)
Nominal class: PN25 (Class 300 LB)
End connection: BW
Metal seat: SS 304 + graphite
Design: EN 593
Face to face: ISO 5752
Flange end: GOST 12815
Mode of operation: Gear
Test and inspection: EN 12266
The three eccentric laminate hard seal flange butterfly valve is a durable and energy-efficient valve, designed for long-lasting performance. It features a three-dimensional core principle design, with a valve seat made from a laminated structure of stainless steel and graphite, combining both hard and soft sealing properties for optimal performance. The valves main components include the valve body, butterfly disc, laminated seal valve seat, valve stem, and transmission mechanism, all crafted with precision and advanced technology. This versatile valve is widely used in industries such as metallurgy, electric power, petroleum, chemicals, and in air, gas, combustible gas, and water supply and drainage pipelines.
Triple Eccentric Butterfly Valve - Features
The three eccentric (offset) design features three distinct offsets that enhance the valves performance. The first offset occurs when the shaft is positioned away from the centerline of the sealing face. The second offset involves the shaft being deviated from the centerline of the pipe and valve. The third offset is the unique angle between the oblique taper of the eccentric seat and the centerline of the pipe, ensuring that the seat completely disengages from the sealing ring during the entire opening and closing process. This design leverages the cam effect, effectively eliminating the risk of abrasion and leakage.
产品说明：Triple Eccentric Butterfly Valve Made from China supplier
Valve description: Butterfly valve, triple eccentric, metal laminate seat, uni-directional, cast carbon steel
Body material: ASTM A216 WCB
Disc material: ASTM A351 CF8
Nominal diameter: DN800 (32 Inch)
Nominal class: PN25 (Class 300 LB)
End connection: BW
Metal seat: SS 304 + graphite
Design: EN 593
Face to face: ISO 5752
Flange end: GOST 12815
Mode of operation: Gear
Test and inspection: EN 12266
The three eccentric laminate hard seal flange butterfly valve is a durable and energy-efficient valve, designed for long-lasting performance. It features a three-dimensional core principle design, with a valve seat made from a laminated structure of stainless steel and graphite, combining both hard and soft sealing properties for optimal performance. The valves main components include the valve body, butterfly disc, laminated seal valve seat, valve stem, and transmission mechanism, all crafted with precision and advanced technology. This versatile valve is widely used in industries such as metallurgy, electric power, petroleum, chemicals, and in air, gas, combustible gas, and water supply and drainage pipelines.
Triple Eccentric Butterfly Valve - Features
The three eccentric (offset) design features three distinct offsets that enhance the valves performance. The first offset occurs when the shaft is positioned away from the centerline of the sealing face. The second offset involves the shaft being deviated from the centerline of the pipe and valve. The third offset is the unique angle between the oblique taper of the eccentric seat and the centerline of the pipe, ensuring that the seat completely disengages from the sealing ring during the entire opening and closing process. This design leverages the cam effect, effectively eliminating the risk of abrasion and leakage.
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