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Sugar Dissolving System – DR System

discover our dissolving system

Sugar dissolving system – DR System – has been designed to dissolve sugar and work with low viscosity blends, as well. The system is a compact unit that is equipped with a removable bag holder by the hopper. Sugar is one of the most important dry ingredient for many products such as soft drinks and juices and it requires a tailored dissolving system according to the customer’s needs.

Our DR system for sugar can be combined with pasteurisation of the sugar solution, storage tanks, other treatments and options if needed.

Sugar Dissolving System – DR System
Sugar Dissolving System DR Industrial System

OPERATING PRINCIPLE

Based on the principle of hydrodynamic paradox a centrifugal pump draws the fluid from the tank by creating a double Venturi effect under the hopper.

The sugar contained in the hopper is drawn in and pushed into the liquid at a very powerful rate to ensure perfectly homogeneous mixing. Once the product is dissolved, the mixture is kept in recirculation inside the tank for a few minutes to secure greater homogeneity. At this point, it is transferred to the next point of use by the same pump.

Some optional extras:

AISI 316L contact surfaces

Automatic valve for powders suction

Spray ball for powder mixer sanitation mounted on hopper cover

Internal lump breaker grid for Hopper

Lump breaker rotating shaft (mounted inside the hopper)

Vibrator for hopper

Fludifiers to assist powder feeding into the hopper

Level sensors for exhaust control

Mounted on 4 wheels (2 fixed, 2 swivel)

Automatic powder feeding via auger

Sugar Dissolving System Technical data

dissolutore dr8
Model
Product viscosity
Dissolving speed
Maximum back pressure
Power
Vessel Volume
Dimensions (mm)
Weight (Kg)
* Data subject to variation depending on the products dissolved and working conditions
DR8
100 CPS*
1200 kg/hr*
0,5 Bar during dissolution
2.2 kW
From 300 to 900 litres
600×1000 H950
84
DR10
Model
Product viscosity
Dissolving speed
Maximum back pressure
Power
Vessel Volume
Dimensions (mm)
Weight (Kg)
* Data subject to variation depending on the products dissolved and working conditions
DR10
100 CPS*
1500 kg/hr*
0,5 Bar during dissolution
4 kW
From 600 to 1900 litres
800×1200 H950
95
Sugar Dissolving System – DR System
Model
Product viscosity
Dissolving speed
Maximum back pressure
Power
Vessel Volume
Dimensions (mm)
Weight (Kg)
* Data subject to variation depending on the products dissolved and working conditions
DR15
150 CPS*
2600 kg/hr*
0,5 Bar during dissolution
5.5 kW
From 900 to 3000 litres
1000×800 H900
110