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SJN2 Series Of Double-effect&Energy-saving Concentrator(alcohol can be recycled)
Usage: The machine serves for the concentration of Chinese traditional medicine, western medicine, starch sugar, food breast product, etc. Specially suitable to the low-temperature vacuum concentration of thermal sensitive material.
 
  • Technical parameters:
  • Model and specification
    SJN2-500
    SJN2-1000
    SJN2-1500
    SJN2-2000
    SJN2-3000
    Max evaporating capacity(kg/h)
    500
    1000
    1500
    2000
    3000
    Steam cost(kg/h)
    ≤250
    ≤500
    ≤750
    ≤1000
    ≤1500
    Water cost(T/h)
    6
    12
    15
    18
    25
    Steam pipe orifice(mm)
    40
    50
    50
    65
    80
     
    Dimension(mm)
    L
    4000
    5000
    6200
    6500
    6800
    W
    1500
    1600
    1600
    1700
    2000
    H
    3300
    3500
    4300
    4500
    4500
    Evaporating temperature(℃)
    First effect
    80~90
    Second effect
    55~70
    Designed pressure(Mpa)
    0.09
    Vacuum degree(Mpa)
    First effect
    -0.04
    Second effect
    -0.06
    Condensing ratio
    1.1~1.3

     
     
    SJN3 Series Of Double Tri-effect&Energy-saving Concentrator(alcohol can be recycled)
    Usage: The concentrator adapted to traditional Chinese medicine, western medicine, glucose, starch, monosodium glutamate, food, chemical and other liquid condensed materials, especially for low-temperature heat-sensitive objects like vacuum concentration.
    Technical parameters:
    Model and specification
    SJN3-500
    SJN3-1000
    SJN3-1500
    SJN3-2000
    SJN3-3000
    SJN3-5000
    Max evaporating capacity(kg/h)
    500
    1000
    1500
    2000
    3000
    5000
    Steam cost(kg/h)
    ≤200
    ≤400
    ≤600
    ≤800
    ≤1200
    ≤2000
    Cooling water cost(T/h)
    5
    10
    13
    15
    18
    25
    Steam pressure(Mpa)
    0.3-0.09
     
    Dimension(mm)
    L
    5000
    6500
    7000
    7500
    7800
    8000
    W
    1300
    1500
    1700
    2000
    2000
    2000
    H
    3300
    3500
    4300
    4500
    4500
    4500
    Evaporating temperature(℃)
    First effect
    85
    Second effect
    75
    Third effect
    65
    Vacuum degree(Mpa)
     
    First effect
    -0.04
    Second effect
    -0.06
    Third effect
    -0.08