Dispersing | Emulsifying

FDH1/FDH3 Inline High Shear Dispersing Emulsifier

High shear emulsifier with vertical structure for emulsion and suspension production

FDH1/FDH3

Inline High Shear Dispersing Emulsifier

High shear emulsifier with vertical structure for emulsion and suspension production

This inline high shear dispersing emulsifier features a vertical chamber structure, where materials are drawn in and discharged using a vertical flow system. It is used for the production of emulsions and suspensions, providing a continuous and streamlined process for mixing. The material passes through three sets of rotor-stators, resulting in minimized droplet sizes, narrow particle size distribution, and high material stability. This dispersing system is highly efficient in handling high-viscosity and sensitive materials, delivering reliable results with consistent quality.

Key Specifications

Motor power (W) 1500-2200
Power supply 220V,50Hz
Max. flow rate (H₂O) (L/min) 15
Speed range (rpm) 300-6000

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Specifications

Model	FDH3/40	FDH3/60
Motor power (W)	1500	2200
Power supply	220V,50Hz	220V,50Hz
Max. flow rate (H₂O) (L/min)	15	15
Speed range (rpm)	300-6000	300-6000
Max. operating temperature (℃)	120	120
Speed display	Digital display	Digital display
Speed control	Frequency control	Frequency control
Inverter	Standard	Standard
Medium-contact material	SS316L, FKM	SS316L, FKM
Standard working chamber	Stainless steel (with jacket)	Stainless steel (with jacket)
Standard agitator	4G/4M/4F/ 3 stages	4G/4M/4F/ 3 stages
Seal type	Mechanical seal	Mechanical seal
Inlet/outlet size	1”, 3/4” (clamp connection)	1”, 3/4” (clamp connection)
Operation mode	Inline processing	Inline processing
Dimensions (mm)	570×300×500	600×350×550
Protection grade of motor housing	IP64	IP64

Applications

Ideal for the production of microemulsions and ultra-fine suspensions in a wide range of industries including pharmaceutical, cosmetic, food industries, and many more where precision, consistency, and product stability are essential.

Features

Materials are processed inline as they flow through the working chamber via pipelines, with options for single-pass or multi-pass circulation to achieve the desired level of processing.