Brief introduction
YL High shear mixing emulsion pump is an efficient type machine with mixing, dispersion, breaking, dissolution, refinery, homogenization and emulsifying. It is an ideal machine to be instead of colloid mill, ball mill and high pressure homogenizer. The machine can greatly simplify the traditional productions and upgrade the production efficiency and product quality. It is widely used in petrochemical, refinery chemistry, consumer chemicals, biology pharmaceutics, foods processing, paper-making, environmental protection, paints and so on.
Working principle
The main parts are stators and rotors. At centrifugal and fluid forces created by rapid turning of the rotors, the stators exercise on the materials with strong power shearing, centrifugal pressing, breaking, fluid friction, turbulent. The processed materials (solid, fluid and gas phase) are quickly refined, homogenized, dis-aggregated and emulsified. The repeat of this process can result in stable and high-quality products.
Applications
Refined chemistry: Pigment, dyestuff, plastic auxiliaries, textile auxiliaries, adhesives, resin emulsion, hot melt adhesive, sealing compound, glue, pulp, finishing agent, surface active agent, carbon black disperse, adhesive-proof agent, mold release agent, defoaming agent, fluorine cleaning agent, polishing agent, leather auxiliaries, pigment paste, wax emulsion, bactericide, coagulant, etc.
Petrochemistry: Lubricant, heavy oil emulsion, diesel oil emulsion, modified asphalt, catalyzer, wax emulsion etc.
Biology & Pharmaceuticals: Injection, antibiotic, medical emulsion, medical paste, health products, mini-capsule emulsion, cell breaker, etc.
Paint & ink: Printing ink, paint, emulsion paint, building coating, nanometer coating, photocureable coating, coating auxiliaries, carbon black disperse, print ink, glaze, bentonite, etc.
Farm chemicals: Pesticide, herbicide, medicinal butter, fertilizer, pesticide adjuvant, etc. Nanometer materials: Disperse and dis-aggregation for nanometer medium, etc.
Food stuff industry: Juice, jam, ice-cream, milk products, food addictive, tea drink, chocolate, bean milk, essence, milk, etc. Consumer chemistry: Fluid detergent, skim cream, lip paste, face foam, silicon lio emulsion, household essence, skin care, cosmetics, etc.
Paper making: Pulp, filling, fry strength agent, wet strength agent, sizing agent, filtering agent, anti-foaming agent spreading, water treatment chemicals, etc.
YL Inline high shear homogenizer mixer shorts for FHM pump, which has two series, FHM1 and FHM3 based on different numbers of rotor and stator.
FHM1 series with one-set rotor and stator FHM1 can be used in the cyclic processing of medium and small batch production and short distance transmission, homogeneous and emulsion.
FHM3 series with three-set rotors and stators For applications that require greater homogenizing and emulsifying, FHM3 is used. It can be used in the cyclic processing of medium and large-scale production.
Technical parameters
FHM1 series
ModelElectrical
Power
(Kw)Rotation
Speed
(r/min)Capacity
(m3/h)Discharge
pressure
(Mpa)Diameter of
inlet/outletFHM1/1407.5290020.1DN40/32FHM1/16511290050.15DN50/40FHM1/185152900100.15DN65/50FHM1/20018.52900150.15DN80/65FHM1/220222900200.15DN80/65FHM1/240302900400.2DN100/80FHM1/260372900600.2DN125/100FHM1/300452900800.25DN125/100
FHM3 series
ModelElectrical
Power
(Kw)Rotation
Speed
(r/min)Flow
rate
(m3/h)Discharge
pressure
(Mpa)Diameter of
inlet/outletFHM3/14011290050.2DN40/32FHM3/16518.52900100.3DN50/40FHM3/185302900200.4DN65/50FHM3/200452900300.5DN80/65FHM3/220552900400.5DN80/65FHM3/240902900600.6DN100/80FHM3/26013229001000.6DN125/100
Selection guideline
Your industry/application
Processed medium's name
Medium's feature
Sanitary () Corrosive () Poisonous ()
Medium's proportion
Liquid % ____ Density____Viscosity____ PH value____
Solid % ____ Solid size ___
Processing requirement
Mixing dissolving () Dispersed suspension ()
Emulsification () Homogeneity()
Reaction () Powder liquid mixing ()
Working type
Continuous circulation work ()
Batch type ()
Working temperature
Particle size
Before processing ____
After processing_____
Handling capacity required
Delivery head/pressure required
Vessel's dimension
Existing pipe size and connection type
The existing process equipment and
the existing problems
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