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Flow Chemistry Platform (Chemical Engineering Edition)
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  • Flow Chemistry Platform (Chemical Engineering Edition)

Flow Chemistry Platform (Chemical Engineering Edition)

Flow Chemistry Platform (Chemical Engineering Edition)

The YZFlab series from Yan Zheng Instruments is a line of miniature flow synthesis systems. This reactor system is widely applicable to flow synthesis reactions, offering a continuous flow chemistry platform that can consistently meet your needs with flexibility, precision, and high productivity. It enables comprehensive evaluation of catalysts and reaction process conditions under gas–solid phase or trickle-flow conditions, including catalyst screening, compositional screening and optimization of multi‑component catalysts, optimization of reaction conditions and processes, as well as catalyst lifetime studies.

Shanghai Yanzheng Experimental Instrument Co., Ltd.

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Product Description

  • Product Description
  • Technical parameters
  • Product Details Chart
  • dotDetails

  • Reaction parameters

    Operating temperature ( ℃)

    -10~ 200

    Maximum operating pressure ( Bar)

    18

    Milli-level reactor parameters

     

     

    Liquid holding capacity ( ml)

    3

    Deep x wide

    0.38x12mm

    Size ( mm)

    152.4 × 152.4

    Reactor Material

    High-borosilicate float glass, heat exchange design: Adopted “Sandwich Design”: The reaction layer is flanked by thermal conductive layers on both sides. The reaction layer is connected to the inlet unit, while the thermal conductive layers are connected to the temperature control unit, enabling rapid heat exchange.

    Feed.

    Number of gas feed streams

    Route 1; Material: SS_316; Flow range: 3–150 ml/min; Applicable gases: nitrogen, oxygen,

    Hydrogen, carbon dioxide, carbon monoxide, acetylene, air, argon;

    Number of liquid feed streams

    Route 2; Flow range 0–10 ml/min; flow‑through components made of glass, PTFE, PP, etc., with a maximum pressure of no less than 5 bar; flow rate accuracy: no less than ±0.5%.

    Material Handling

    Downstream separation equipment

    Atmospheric Separation

    Online Liquid Sampling and Compensation

    Artificial

    Control System

    P LC+PC

    10-inch tablet computer capable of controlling syringe pumps, mass flow controllers for gases, and temperature controllers. High- and low‑temperature circulator temperature ; Record And store the syringe pump, System pressure, gas alarm The data from the gas mass flow meter and the temperature control unit are available in digital form. As outputable The USB port is used to export recorded data.

    Temperature Control Unit

    High- and Low-Temperature Cycling Machine

    Temperature range: -5°C to 120°C; Heating power: Not less than 1 kW;

    Refrigeration capacity: 0.45 kW at 5°C; Maximum outlet pressure: not less than 1.5 bar; Oil bath volume: 3.5 L

    Insulated thermal pipe

    Used to connect the reactor unit and the temperature control unit; length 2 meters;

    Heat transfer oil

    Heat transfer oil 5L, -20°C to 200°C;

    System Parameters

    System Power Supply

    Host: 0.6 KW, AC 220V, 50Hz; Ground resistance < 4Ω

    High- and low-temperature cycling machine: 2.5 KW, AC 220V, 50Hz; Ground resistance < 4Ω

    System dimensions ( M)

    Host: 0.56 (L) x 0.56 (W) x 0.76 (H)

    System Weight (tons)

    ~0.05

    Safety

    Hardware program control and software provide dual over‑limit protection for temperature and pressure, triggering interlocked safety measures in the event of leaks, loss of function, or user‑defined safety hazards, along with gas alarm functionality.

  • Product Description
  • Technical parameters
  • Product Details Chart
  • dot技术参数

    Reaction parameters

    Operating temperature ( ℃)

    -10~ 200

    Maximum operating pressure ( Bar)

    18

    Milli-level reactor parameters

     

     

    Liquid holding capacity ( ml)

    3

    Deep x wide

    0.38x12mm

    Size ( mm)

    152.4 × 152.4

    Reactor Material

    High-borosilicate float glass, heat exchange design: Adopted “Sandwich Design”: The reaction layer is flanked by thermal conductive layers on both sides. The reaction layer is connected to the inlet unit, while the thermal conductive layers are connected to the temperature control unit, enabling rapid heat exchange.

    Feed.

    Number of gas feed streams

    Route 1; Material: SS_316; Flow range: 3–150 ml/min; Applicable gases: nitrogen, oxygen,

    Hydrogen, carbon dioxide, carbon monoxide, acetylene, air, argon;

    Number of liquid feed streams

    Route 2; Flow range 0–10 ml/min; flow‑through components made of glass, PTFE, PP, etc., with a maximum pressure of no less than 5 bar; flow rate accuracy: no less than ±0.5%.

    Material Handling

    Downstream separation equipment

    Atmospheric Separation

    Online Liquid Sampling and Compensation

    Artificial

    Control System

    P LC+PC

    10-inch tablet computer capable of controlling syringe pumps, mass flow controllers for gases, and temperature controllers. High- and low‑temperature circulator temperature ; Record And store the syringe pump, System pressure, gas alarm The data from the gas mass flow meter and the temperature control unit are available in digital form. As outputable The USB port is used to export recorded data.

    Temperature Control Unit

    High- and Low-Temperature Cycling Machine

    Temperature range: -5°C to 120°C; Heating power: Not less than 1 kW;

    Refrigeration capacity: 0.45 kW at 5°C; Maximum outlet pressure: not less than 1.5 bar; Oil bath volume: 3.5 L

    Insulated thermal pipe

    Used to connect the reactor unit and the temperature control unit; length 2 meters;

    Heat transfer oil

    Heat transfer oil 5L, -20°C to 200°C;

    System Parameters

    System Power Supply

    Host: 0.6 KW, AC 220V, 50Hz; Ground resistance < 4Ω

    High- and low-temperature cycling machine: 2.5 KW, AC 220V, 50Hz; Ground resistance < 4Ω

    System dimensions ( M)

    Host: 0.56 (L) x 0.56 (W) x 0.76 (H)

    System Weight (tons)

    ~0.05

    Safety

    Hardware program control and software provide dual over‑limit protection for temperature and pressure, triggering interlocked safety measures in the event of leaks, loss of function, or user‑defined safety hazards, along with gas alarm functionality.

  • dot技术参数

Reactor

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