| Particulars | Vacuum conical Mixer |
| Vessel | Vertical Conical stationery |
| Vessel Support | Lugs |
| Charging | On top cover |
| Discharge | On bottom of cone or on side of that part, by gravity |
| Rotary Part for mixing | Inclined screw conveyor, running all over conical inside surface while rotating |
| Drive & Position | Motor v-belted to heli-bevel-worm reduction, then geared to screw conveyor. Another motor for rotating arm on horizontal plane.Drive is placed on top cover |
| RPM range | 45-60 |
| Drive lifting | Not neeeded |
| Suitable for mixing | Free flowing solid-solid. |
| Liquid spraying | Possible by providing spray ll ball manifold to the swing arm |
| Homoginiser | Not required |
| Chopper/ Lump breaker | Can be provided near the apex of cone |
| Jacketing | Possible |
| Vacuum | Possible |
| Vac. Sealing | Mech seal, proper sealing is possible due to stationery vessel |
| Air filter | Air Vent on Topcover |
| Manhole | On top cover/Charging hole itself |
| Mixing time | 15-20 minutes |
| Drying time For 20% Vapour content | 18-230hrs |
| Baffling | Flats between flights |
| Mixing method | Conveying up, tumbling down in inclined manner |
| Precision of Mixing | Three dimesional, Quite precise even for a small sample and addition |
| Suitable for product | Dry powder, drying of centrifuged cake |
| HP rating | 80-90% efficiency |
| Space occupancy | cone occupies vertical space but less horizontal, and can be suspendedform above floor into below ground |
| Safety Factor | Rotor is totally enclosed, no lifting of drive, hence safe. |
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