mission pump impeller size
| Model | Impeller dia.(inch) |
| MCP10×8×14 | 14 |
| MCP10×8×14 | 13 |
| MCP10×8×14 | 12 |
| MCP8×6×14 | 13.5 |
| MCP8×6×14 | 12.5 |
| MCP8×6×14 | 11.5 |
| MCP8×6×14 | 11 |
| MCP8×6×11 | 11 |
| MCP8×6×11 | 10 |
| MCP6×5×14 | 12.5 |
| MCP6×5×14 | 12 |
| MCP6×5×14 | 11 |
| MCP6×5×11 | 11 |
| MCP5×4×14 | 12 |
| MCP5×4×14 | 11 |
| MCP5×4×14 | 10 |
| MCP5×4×14 | 9.5 |
| MCP4×3×13 | 11.5 |
| MCP4×3×13 | 11 |
| MCP4×3×13 | 10 |
| MCP4×3×13 | 9 |
| MCP3×2×13 | 11.5 |
| MCP3×2×13 | 11 |
| MCP3×2×13 | 10 |
| MCP3×2×13 | 9 |
The impeller of a centrifugal pump generally consists of four parts: blades, front shroud, rear shroud, and hub. Depending on the shroud type, impellers can be categorized into three types: closed, semi-open, and open. The following focuses on open impellers.
Open impellers are suitable for conveying slurry or fibrous media.
Currently, the most common centrifugal pump design is the closed impeller. This is particularly true because deep well pumps, fire pumps, submersible pumps, and other centrifugal pumps primarily convey clean water. Furthermore, closed impellers offer more stable performance and higher efficiency. Advances in pump manufacturing technology have made closed impeller designs more accessible and affordable.
