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The principle of fine dispersion emulsifying machine
fine dispersion emulsifying machine
fine dispersion emulsifying machineIt is a unique energy-efficient equipment in the dispersion and emulsification industry, and is the first grinding dispersion and emulsification equipment at home and abroad.It has the characteristics of advanced technology, multiple functions, high efficiency and energy saving, and has been declared as a national patent key wide product.
fine dispersion emulsifying machineMain structure:
fine dispersion emulsifying machineIt is designed and manufactured on the concave-convex rotating stator with a three-stage grinding and grinding area such as a suction shearing area, a crushing area, a grinding area and a refinement area., the plane shear crushing distance after the stator is combined is generally 0.05mm (the adjustable distance between the stator is (0.01-2mm),The maximum outer diameter has reached600mm, the highest line speed can reach120m/s.
fine dispersion emulsifying machineMain functions:
Fine dispersion emulsifying machine is mainly used inCrushing, grinding, dispersing and emulsifying of fragile particles in each material, which is more energy-saving and efficient.Material reaction dispersion emulsification process. In the process of crushing and grindingFluidliquid materialIt must go through a shear zone, a three-stage grinding zone, ten-channel dispersion and refinement, and finally from0.3mmExtrusion in the left and right curved channels forms a high-speed, high-pressure, homogeneous and spray phenomenon, thus more effectively improving the ability of crushing, dispersing and refining of particles.
fine dispersion emulsifying machineWorking principle:
fine dispersion emulsifying machinein the motor'sHigh speedUnder the rotation, the material enters the high shear crushing zone directly from the inlet, and through a special crushing device, some large powder, sticky blocks, lumps and other large and small particles in the fluid are rapidly crushed, Then it is sucked into the shear crushing zone, and the rotor blade and the stator blade are cut at relatively high speed in a very narrow working passage, resulting in strong friction and grinding and crushing. Under the action of mechanical movement and centrifugal force, the crushed and refined materials are re-pressed into the fine grinding zone for grinding and crushing. The fine grinding is divided into three stages. The more outward the first stage is extended, the higher the precision of the grinding plate, the smaller the tooth pitch, the longer the linear velocity, the finer the material is ground, and the fluid gradually extends to the radial curve. The direction speed of each level of fluid changes instantly, and is subjected to tens of millions of times per minute of high-speed shearing, strong friction, extrusion grinding, particle crushing, etc., after passing through tens of millions of times of high-speed shearing, grinding and crushing in the three fine grinding zones, resulting in liquid molecular chain fracture, particle powderThe effects of crushing and tearing of liquid particles make the material fully upto dispersion, crushing, emulsification, homogenization, refinementPurpose. The minimum fineness of liquid material can reach0.3μm, the conveying lift can reach3-6Meters.
fine dispersion emulsifying machineWorking characteristics:
(1)There's a strong smashGrindingDispersion and emulsification function
(2)Silent design, no noise,Good dynamic balance effect, no vibration
(3)Continuous operation and gap operation do not affect equipment life
(4)The clearance can be adjusted, and the adjustment distance is0.01~2mm
(5)Optional double-sided water-cooled mechanical seal or single-sided liquid-cooled mechanical seal
(6) Roto grinding material can be selected304,316L,2205,2Cr13Can be nitrided or treated with tungsten carbide
Technical parameters of fine dispersion emulsifying machine
| Model |
Handling capacity/h |
Motor powerkw |
Import and export dimensionsmm |
Connection mode |
| RHJ-25JX |
0.2-0.5 |
4 |
40/25 |
Direct coupling type |
| RHJ-32JX |
0.5-2.5 |
7.5 |
50/32 |
Direct coupling type |
| RHJ-40JX |
2-4.5 |
11 |
50/40 |
Direct coupling type |
| RHJ-50JX |
3-7 |
18 |
65/50 |
Bearing seat connection |
| RHJ-65JX |
5-12 |
30 |
80/65 |
Bearing seat connection |
| RHJ-80JX |
9-18 |
37 |
100/80 |
Bearing seat connection |
| RHJ-100JX |
14-28 |
45 |
125/100 |
Bearing seat connection |
| RHJ-125JX |
24-44 |
55 |
150/125 |
Bearing seat connection |
| RHJ-150JX |
30-60 |
75 |
175/150 |
Bearing seat connection |
| RHJ-175JX |
40-80 |
95 |
200/175 |
Bearing seat connection |
Note: The motor power is configured according to the hardness of the material viscosity particles. Equipment installation base without bearing seat equipment is generally1200 × 600mm, with bearing housing equipment1800 × 600mm.
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