| Valve Type ID | 9876b93f-de0f-4cfd-91ae-22ddfbd0b3f7 |
|---|---|
| Size Range | DN50-DN250 |
| Pressure Rating | PN64.0-PN320.0 |
| Temperature Range | 20°C to 400°C |
| Body Material | alloy steel |
| Trim Material | alloy steel |
| Seal Material | FKM |
| Stem Material | titanium alloy |
| End Connection | wafer |
| Standard | DIN |
| Operation Method | manual |
| Flow Coefficient (Cv) | 618.0 |
| Leak Rate | micro leakage |
| Applicable Media | natural gas |
| Applications | natural gas |
| Industry Tags | power generation |
| Test Pressure | 259 |
| Design Pressure | 320 |
| Design Standard | DIN |
| Design Temperature | 400 |
| Body Material Grade | CF8M |
| Weight (kg) | 1239 |
Ball valves provide on/off isolation with a quarter-turn motion and very low pressure drop in the open position. Selection centers on bore (full vs. reduced), seat type (soft vs. metal), fire-safe/anti-static provisions for flammable service, and the end-connection standard. Confirm the pressure-temperature envelope and body/trim material against the process media before specifying.
Q: What is a ball valve used for?
A: Ball valves are primarily used for on/off isolation of liquids and gases where a tight shutoff and low flow resistance are required. They are common in pipeline, process, and utility services.
Q: Which standards govern ball valves?
A: Commonly referenced standards include API 608 (steel ball valves), API 6D (pipeline valves), ISO 17292, and BS 5351. The applicable standard depends on service and project specification.
Guidance reflects general engineering practice for ball valves; confirm against the project specification and applicable standards before procurement.
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