
Traditional stirring and mixing methods are not always successful when employed for many blending tasks. Some solid, liquid or gaseous phase media require a better means of dispersion in order to dissolve or disintegrate them into other mediums.
CAT's interchangeable rotor/stator homogeniser design subjects the media to a combination of sonic energy and mechanical shearing. The extremely high circumferencial speeds attained by the rotors of the homogeniser create ultrasonic cavitation, which assists in very fast, efficient homogenising.
The unique CAT homogeniser design incorperates slanted slots on the homogeniser rotors which provides a 25% efficency increase on standard homogenisers. The slots elimate stop/start effects in the media, creating a better flow effect through the slots of the homogeniser. The benefit of this efficency increase is a lower process time which also helps prevent media damage due to overheating from prolonged homogenising.
The CAT homogeniser range feature:
Homogeniser |
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| X120 | Hand held or stand mounted, this compact, 125 watt unit has electronic speed control of 10,000 to 30,000rpm for use with volumes of 0.1ml(T6 dispersing shaft) to 1 litre (T17 dispersing shaft) |
| X360 | This high speed motor is best suited for fast, super-fine disintegration tasks. The 360 watts power gives a fixed speed of 45,000rpm or, with the optional speed control a range 5,000 to 45,000rpm. For use with volumes of 0.1ml(T6 dispersing shaft) to 2 litres (T/G20 dispersing shafts) |
| x520 | 500 watt dispersing unit with speeds of 11,000 to 25,000rpm for volumes of 0.2ml(T6 dispersing shaft) to 1500ml (T/G20 dispersing shafts) |
| x520D | As x520 but with LCD speed display |
| X1030 | Very powerful 1000watt drive motor gives speeds of 10,000 to 24,000rpm for volumes of 0.2ml(T6 dispersing shaft) to 3 litres (T/G30 dispersing shafts) |
| X1030D | As X1030 but with LCD speed display |
| X620 | General purpose 600 watt unit with electronically stabilised speed control, 8,000 to 24,000rpm for volumes of 0.2ml(T6 dispersing shaft) to 3 litres (T/G30 dispersing shafts) |
| X1740 | Heavy duty 1500 watt drive motor gives speeds of 5,000 to 22,000rpm, recommended for processing large volumes 10 litres to 40 litres |
| XP44 | Compressed air motor, variable speed via built in air nozzle 0 - 44,000rpm for volumes of 0.1ml(T6 dispersing shaft) to 1 litre (T17 dispersing shaft) |
| XP28 | Compressed air motor, variable speed via built in air nozzle 0 - 28,000rpm for volumes of 0.1ml(T6 dispersing shaft) to 1.5 litres (T/G20 dispersing shafts) |
Homogeniser |
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| T6 | 6mm diameter generator, teflon bearing, immersion depth 45mm |
| T6.1 | 6mm diameter generator, teflon bearing, immersion depth 115mm |
| T10 | 10mm diameter generator, teflon bearing, immersion depth 150mm |
| T17 | 17mm diameter generator, teflon bearing, immersion depth 150mm |
| T20 | 20mm diameter generator, teflon bearing, immersion depth 215mm |
| T30 | 20mm diameter shaft with 30mm diameter generator, teflon bearing, immersion depth 190mm |
| T40 | 20mm diameter shaft with 40mm diameter generator, teflon bearing, immersion depth 290mm |
| G20 | 20mm diameter generator, slipring bearing, immersion depth 215mm |
| G30 | 20mm diameter shaft with 30mm diameter generator, slipring bearing, immersion depth 200mm |
| G40 | 20mm diameter shaft with 40mm diameter generator, slipring bearing, immersion depth 300mm |
| All the above tools are available for low viscosity (N), medium viscosity (V) and fine dispersing applications (F). Also available is version M, a knife generator to process proteinaceous and pharmaceutical products. | |
| Flow through chambers |
| In line dispersion systems |
| Analytical mill attachments |
| Additional rotors and stators are available for replacement or to alter your shaft for different applications. Eg a low viscosity generator can be assembled from a medium viscosity stator and a fine dispersing rotor |
| Socket and rotor wrenches for easy dismantling and assembling of generators |
| High quality stands and cross-over clamps |
Last modified 21/05/07