MRE Bottom-entry High Shear Dispersing Emulsifier

Equipment name: MRE Bottom-entry High shear Dispersing Emulsifier

 

Equipment Introduction:

MRE usually installed in the bottom, and do batch processing, it has same working principal as MRH, the high line speed generated by the high-speed rotation of the rotor enables the dispersion, shearing, crushing, emulsification and other effects of the material under the combined forces in the narrow gap between the rotor and the stator. MRE series adopts the bottom installation method, which can meet the requirements of the lower liquid level, and also has the bottom circulation form. The effect is better for the materials with easy precipitation, large specific gravity, high viscosity and large particles.

 

Equipment Features:

Bottom entry, lower liquid level, large working capacity

Same power, higher rotation speed, higher shear force

Bottom processing, highly targeted, no dead corner

Multiple tooth shape of rotor/ stator structure can be customized for different operating conditions

Two-way suction, stable operation

Suitable for different operating conditions: high temperature, high pressure, explosion-proof, corrosion-proof and reaction etc.

 

Applications:

MRE is widely used in cosmetics, food, medicine and chemical and fine chemical industries to handle homogenization, dispersion, emulsification, crushing, dissolving and gluing processes.

 

Napríklad

Cream, dairy drinks, juice

Cosmetic Cream, Toothpaste

Water emulsion, suspension agent

Medical fat emulsion, vaccine

Colloidal solution, polymer emulsification

Pigments, dyes, chlorine cakes broken

 

Main parameters

Model Power(kW) Rotate speed(rpm) Working capacity(L)
MRE100/05 1.5 2900 5-50
MRE200/10 2.2 2900 30-100
MRE300/15 5.5-7.5 2900 100-800
MRE400/20 11-15 2900 300-2000
MRE400/25 22-30 1470/2900 800-4000
MRE500/30 37 1470/2900 800-5000
MRE500/35 45-55 1470 1000-7000

 

 

 

Mark:

Data based on medium of Water.

Please consult Moarey technical engineer for more detailed information and application data.