Proizvodi - Turbine Wheel
Energy transfer from kinetic energy into shaft power takes place in the turbine wheel, which is designed so that nearly all the kinetic energy is converted by the time the gas reaches the wheel outlet.
Because turbine wheels generate a lot of heat when in use, they are typically manufactured from durable, lightweight and heat resistant alloys.
| Exducer Diametar - A (mm) | |
| Inducer Diametar - B (mm) | |
| Tip Height - C (mm) | |
| Journal Bearing Diametar - D (mm) | |
| Comp Wheel Bore - E (mm) | |
| Theard Size - F (mm) | |
| H (mm) |
| Exducer Diametar - A (mm) | |
| Inducer Diametar - B (mm) | |
| Tip Height - C (mm) | |
| Journal Bearing Diametar - D (mm) | |
| Comp Wheel Bore - E (mm) | |
| Theard Size - F (mm) | |
| H (mm) |
| Exducer Diametar - A (mm) | |
| Inducer Diametar - B (mm) | |
| Tip Height - C (mm) | |
| Journal Bearing Diametar - D (mm) | |
| Comp Wheel Bore - E (mm) | |
| Theard Size - F (mm) | |
| H (mm) |
| Exducer Diametar - A (mm) | |
| Inducer Diametar - B (mm) | |
| Tip Height - C (mm) | |
| Journal Bearing Diametar - D (mm) | |
| Comp Wheel Bore - E (mm) | |
| Theard Size - F (mm) | |
| H (mm) |
| Exducer Diametar - A (mm) | |
| Inducer Diametar - B (mm) | |
| Tip Height - C (mm) | |
| Journal Bearing Diametar - D (mm) | |
| Comp Wheel Bore - E (mm) | |
| Theard Size - F (mm) | |
| H (mm) |
| Exducer Diametar - A (mm) | |
| Inducer Diametar - B (mm) | |
| Tip Height - C (mm) | |
| Journal Bearing Diametar - D (mm) | |
| Comp Wheel Bore - E (mm) | |
| Theard Size - F (mm) | |
| H (mm) |