| |
|
|
| |
Product |
Product > top install mixer > low speed mixer |
 |
 |
 |
| Low-speed Mixers |
LX series mixers adopt the theory of cycloid meshing planet drive design, its features of high drive speed ratio, compact structure, stable running, high drive efficiency, low cost, etc. It extensive applied to the various mixing works such as the industry of petroleum, chemistry, food, pharmacy, light industry, metallurgy, mine, environmental and water treatment, etc.
LW series mixers adopt the module composite structure design, the connection of mixing shaft and reducer for hollow shaft configuration, can shorten the mounting space with furthest, its features of little volume, stable running, low noise, nice-sight exterior , especially applied to the low-speed mixing work of little power and volume. |
|
| HWA low-speed inlined double mixers (with auto-control lift) |
HX130 low-speed inlined double mixers (with auto-control lift) |
|
HX, HW series super low-speed mixers
The main shaft of HX, HW series super low-speed mixers adopt hollow structure, can achieved double mixing with single (double) inclined shaft, and addition equipped with mixing shaft over-load protection device and auto lift device. Especially applied to the mixers of bushy tank, clarification tank, slurry washing tank, mud tank. Filtration tank for industries of metallurgy, chemistry, environmental, food. Its compact structure volume, light weight, as renovation products of senior reducers in series.
|
Product Parameter
| Model |
Drive mode |
Power |
Mixing speed(r/min) |
Seal type |
| LX series |
Planet cycloid reduction |
0.18～75 |
0.3～110 |
Rubber lip seal/Packing box/Mechanical seal |
| LW series |
Arc gear reduction |
0.18～22 |
14～140 |
Rubber lip seal/Packing box/Mechanical seal |
| HX, HW series |
Gear cycloid, Arc gear reduction |
0.25～11 |
0.05～10 |
? |
|
|
| Familiar type of collocated agitator |
LX, LW series mixers generally collocated A230 section-changed folded-blades paddle agitator, A140, A450 anchor frame agitators and A410, A720 helix band agitators. In basis on the different technics and conditions, also can collocated with A330 three blades back-curved agitator, A360 three blades back-fleet agitator or other low-speed agitators. |
 |
A720 double helix-band type
Axis flow mode, the fluid generally ascend along the vessel wall with helical direction, then converge to the center concave, and form up and down convecsion circulation, simultaneously strong anti-adhesion. Be applied to the high viscosity or power fluid operation of blend, heat transfer, reaction, solution. The shape and quantity of helix-bands in basis on the vessel figure and liquid level. |
| A720 double helix-band type |
|
 |
A490 bottom cone frame scraper
Radial flow mode, and in every inclined blade of frame border has a front edge, A490 agitator used for coned-bottom vessel, and plays better scrape parts at the same time of stirring. It is applied to the operation of high viscosity blend, heat transfer and wall against deposition. |
| A490 coned-bottom frame scraper |
|
| A230 section-changed folded-blades paddle type |
|
A230 section-changed folded-blades paddle type
Axis flow mode, when low speed take level circled flow and axis flow, it takes radial flow and axis flow in high speed running。In virtue of impeller section change, the ejection flux with larger variety, the opposite end impellers inclined to the main impellers, strengthen the end whirlpool, make it with better blend performance, shorten blend time by 30% contrast to typical A220 inclined-blades paddle agitator. Generally for multilayer agitators composite using, fit for the non-uniformity operation of blend, solution, solid suspension, crystallization, heat transfer. |
| A236 section-change double folded paddle type |
|
A236 section-change double folded paddle type
Axis flow mode, two small blades which opposite to the inclined direction of main impellers in its front place, make compulsive change front direction of main impellers. It formed much stronger blend whirl, and generally mixing through transition flow area, and be applied to the medium viscosity operation of blend, dispersion, solid suspension, air absorption, heat transfer. |
|
|
|
