SJZ-1500 Triple Effect Falling Film Concentrator / Evaporator for Juice

The concentrator is used for glucose, starch, pharmaceutical, chemical, food, light industry and sewage treatment etc.

Technical Feature

  • New
  • Pharmaceutical/Food Processing
  • Steam
  • Vacuum Distillation
  • Shanghai, China (Mainland)
  • Chengdong
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$123~31

PRIMARY PARAMETERS

Condition
New
Application
Pharmaceutical/Food Processing
Power Source
Steam
Process
Vacuum Distillation
Place of Origin
Shanghai, China (Mainland)
Brand Name
Chengdong
Model Number
SJM
Voltage
Accordingly
Power(W)
22.5kw
Dimension(L*W*H)
Accordingly
Weight
Accordingly
Certification
ISO/GMP
Warranty
1 Year
After-sales Service Provided
Engineers available to service machinery overseas
Working Vapor Pressure
0.4~0.6Mpa
Working Vapor Consumption
500kg/h
Evaporation Capacity(water)
1500kg/h
Evaporation Temperature
1st 78u2103/2nd 62u2103/3rd 50u2103
Heating Temperature
1st 83u2103/2nd 67u2103/3rd 55u2103
Water Consumption
12T/h
Substrate
TAS, SUS316L
Keywords
Triple Effect Falling Film Concentrator for Juice

DETAIL DESCRIPTION

SJZ-1500 Triple Effect Falling Film Concentrator / Evaporator for Juice

Use

 

The concentrator is used for glucose, starch, pharmaceutical, chemical, food, light industry and sewage treatment etc. industries, especially suitable for thousands tons VC production.

 

Working Principle

 

Material is distributed evenly into each tubes through the distribution device at the top of each Evaporator, material turns to film and flow from up to down due to its self-gravitating, pump pressure and 2nd Vapor Stream, meanwhile, containing water is evaporated when material heat exchange with the heating steam outside the evaporating tubes.

Process as per flow chart: Liquid material goes into the upper inlet of middle part of Condenser first, after preheating, flows down from distribution device at upper part of 3rd Evaporator, then pump from the bottom of 3rd Evaporator and 3rd Separator to the distribution device at the upper part of 1st Evaporator by material pump, then flows down, then pump from the bottom of 1st Evaporator and 1st Separator to the distribution device at the upper part of 2nd Evaporator by material pump, then flows down, final product can be discharged from the bottom of 2nd Evaporator and 2nd Separator directly.

 

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