Flange soft seal butterfly valve is suitable for metallurgical, chemical, power, and municipal engineering and water plant medium for water, oil, and other air pipelines, which play a role in cutting off fluid and regulating medium flow.
Flange soft seal butterfly valve is suitable for metallurgical, chemical, power, and municipal engineering and water plant medium for water, oil, and other air pipelines, which play a role in cutting off fluid and regulating medium flow.
Features:
1. This butterfly valve design structure is novel, the overall size is small and lightweight.
2. The butterfly plate adopts a double eccentric, quick opening and closing, easy operation, and labor-saving.
3. The butterfly plate adopts double eccentricity so that there is no sliding friction between the butterfly plate and the sealing ring. The sealing surface has long wear resistance, reliable sealing, and easy adjustment.
Standards
| Standard | Manufacture Standard | Flange Standard | Face-to-face Standard | Test Standard |
|---|---|---|---|---|
| GB | GB/T12238-1989 | GB/T9113.1-2000 | GB/12221-89 | GB/T13927-92 |
| API | API 609-91 ANSI B16.34-96 | ANSI 16.5a-92 MSS-SP-44 | ANSI B1.10-92 | API 598-94 |
| JIS | JIS B2004-84 | JIS B2212~2216 | JIS B2002-87 | FIS B2003-87 |
Technical Specifications
| Nominal Dia meter | DN(mm) | 100~300 | 100~600 | |||
| Nomical Pres sure | PN(Mpa) | 0.6 | 1 | 1.6 | 2.5 | 4 |
| Test Pressure | Shell Test | 0.9 | 1.5 | 2.4 | 3.75 | 6 |
| Sealing Test | 0.66 | 1.1 | 1.76 | 2.75 | 4 | |
| Air Test | 0.6 | 0.6 | 0.6 | 0.6 | 0.6 | |
| Suitable Med ium | water, steam, oil, corrosion medium, dust,etc | |||||
| Applicable Te mperature | -299℃<carbon steel<4259℃,-40e℃<stainless steel<600℃,AF13Cr-Mo steel<6509℃ | |||||
| Operation | Handle, gear, electric actuator, pneumatic actuator | |||||
Main Parts & Materials
| Part Name | Material |
| Body | Carbon steel,stainless steel,Cr-Mo steel,alloy steel |
| Disc | Carbon steel,stainless steel,Cr-Mo steel, alloy steel |
| Seat Ring | 316+soft graphite,PTFE |
| Stem | 45#,2Cr13,SS,Cr-Mo steel |
| Packing | Soft graphite,PTFE |
| Remarks: cast steel: WCB, alloy steel: WC6,WC9, Cr-Mo steel: ZG1CrMo,stainless steel:CF8,CF8M,CF3,CF3M | |
Manual Seal Flange Butterfly Valves are a type of quarter-turn valve used to control the flow of various fluids in industrial applications. They are known for their simplicity, reliability, and ease of operation.
Metal Hard Sealed Flange Butterfly Valves are a type of quarter-turn valve that is widely used in various industries for controlling the flow of gases, liquids, and slurries. They are known for their durability, reliability, and ease of operation.
Flange soft seal butterfly valve is suitable for metallurgical, chemical, power, and municipal engineering and water plant medium for water, oil, and other air pipelines, which play a role in cutting off fluid and regulating medium flow.
Product standards: GB12238 "General valve flange and wafer-connected butterfly valve"; JB/T8527 "Metal sealed butterfly valve"
Flange standard: GB9113-9119 "Steel pipe flange"
Structural length standard: GB/T12221 "Metal valve structural length"
Experimental standards: GB/T13927 "General valve pressure test"; JB/T9092 "Valve inspection and testing"; JB/TB527 "Metal sealed butterfly valve"
ANSI Globe Valve selection is increasingly focused on practical engineering requirements rather than simply matching a valve size to a pipel...
READ MOREIndustrial facilities depend on reliable flow control components to maintain stable production and reduce unexpected maintenance requirement...
READ MOREIndustrial buyers are placing more attention on valve reliability, maintenance efficiency, and application compatibility when planning new p...
READ MOREIn global industrial projects, valve reliability directly affects production safety, maintenance costs, and system efficiency. As engineers ...
READ MOREIn industrial piping systems, valve selection directly affects process stability, maintenance requirements, and operational safety. As globa...
READ MOREIn many industrial facilities, stable fluid management depends on choosing components that match actual operating conditions. From water sys...
READ MORE