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High-Performance Industrial Metal Melting Furnace for Aluminum Cans Carbonization and Paint Removal

    Buy cheap High-Performance Industrial Metal Melting Furnace for Aluminum Cans Carbonization and Paint Removal from wholesalers
     
    Buy cheap High-Performance Industrial Metal Melting Furnace for Aluminum Cans Carbonization and Paint Removal from wholesalers
    • Buy cheap High-Performance Industrial Metal Melting Furnace for Aluminum Cans Carbonization and Paint Removal from wholesalers
    • Buy cheap High-Performance Industrial Metal Melting Furnace for Aluminum Cans Carbonization and Paint Removal from wholesalers

    High-Performance Industrial Metal Melting Furnace for Aluminum Cans Carbonization and Paint Removal

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    Brand Name : WONDERY
    Certification : CE
    Price : TO BE ENGOTIATED
    Payment Terms : L/C, T/T
    Supply Ability : 200 Set/Sets per Year
    Delivery Time : 60 days
    • Product Details
    • Company Profile

    High-Performance Industrial Metal Melting Furnace for Aluminum Cans Carbonization and Paint Removal

    High-Performance Industrial Metal Melting Furnace for Aluminum Cans Carbonization and Paint Removal

    1.Overview of the Process Scheme

    The working process of the whole set of equipment: raw materials —

    belt conveyor — crusher — belt conveyor — screw conveyor — horizontal

    carbonization machine — discharger — finished products; the whole set of

    equipment is equipped with 1 cyclone dust collector, a set of Venturi dust

    collector, and a flue gas condenser. The following briefly describes the whole

    process from feeding to discharging: In this set of processes, first, the

    aluminum cans are conveyed to the crusher by the belt conveyor. After being

    crushed by the crusher, the aluminum cans are sent to the carbonization

    machine by the screw conveyor for carbonization and paint removal. The

    combustible gas emitted during the carbonization process is led outside

    the carbonization machine and ignited to provide continuous heat for the

    carbonization pyrolysis. At this point, the aluminum cans after carbonization

    and paint removal are turned into aluminum sheets.

    Overview of Carbonization: The main body of the carbonization machine

    consists of two nested inner and outer cylinders. During operation, the

    materials enter the inner cylinder for carbonization treatment. Since the heat

    source is located in the high-temperature area in the middle of the outer

    cylinder and directly heats the inner cylinder made of 304S material, the

    temperature of the cylinder will reach about 700 degrees Celsius. After

    preheating, the materials slowly pass through the high-temperature area

    and undergo pyrolysis and carbonization reactions. The carbonization

    machine is equipped with a variable frequency speed-regulating motor,

    which can adjust the rotation speed of the cylinder at any time to control

    the carbonization temperature and time of the materials. In this process,

    our goal is to make the materials undergo a high-temperature carbonization

    reaction, and we cannot allow excessive oxygen to participate in the reaction.

    Therefore, sealing is particularly important. For this machine, we adopt a

    sealing type of labyrinth plus high-temperature resistant ceramic fiber packing,

    which can better adapt to the axial displacement of the cylinder and the

    circumferential ovality, so that the ceramic fiber packing can always be in

    contact with the cylinder, thus achieving a good sealing effect. This sealing

    is mainly located at the contact part between the feeding bin and the inner

    cylinder, and the contact part between the discharging bin and the outer and

    inner cylinders. The feeding screw conveys the materials to the inner cylinder

    of the main machine. Since a large amount of water vapor will be generated

    when the materials are carbonized in the inner cylinder, this water vapor needs

    to be discharged in a timely manner. Therefore, an exhaust gas pipeline needs to

    be set at the top of the feeding bin, and the exhaust gas is pumped to the dust

    removal equipment by the induced draft fan for dust collection treatment. The

    high-temperature exhaust gas in the heating furnace of the equipment is collected

    and cooled by the primary dust removal equipment (cyclone dust collector) and

    then enters the secondary dust removal equipment (selected components) for

    further dust collection treatment before being discharged into the air. Finally, the

    finished products are conveyed by the screw conveyor at the lower part of the

    discharging bin to the next cooling process for cooling treatment. After the

    cooling treatment, they are then packaged and formed. The materials processed

    by the carbonization machine have a temperature of about 300 degrees Celsius.

    During the entire cooling process when they enter the cooler, a sealing structure

    similar to that of the integrated machine is required to isolate the air to prevent

    spontaneous combustion. "Material sealing" is adopted at the discharging

    screw to prevent air from flowing back. As for the negative pressure problem

    after the cooler cools down, in this set of processes, it is considered to connect

    the sealing end head of the cooler to the inner cylinder of the integrated machine

    for compensation. After the problems of the cooler's sealing and pressure

    compensation are solved, the cooling water continuously circulates and cools down

    under the action of the water pump, gradually cooling the finished products to about

    30 degrees Celsius, and then they are pulled out by the screw conveyor for standby.

    This equipment makes full use of the pyrolysis of biomass and the waste heat of flue

    gas to dry the materials; by optimizing and centrally designing multiple channels such

    as the tail gas collection channel of the hot blast stove, the heat energy collection

    channel of carbonization pyrolysis, and the flue gas collection channel, the heat energy

    utilization is improved, thus achieving environmental protection and energy conservation.


    2.Main Technical Parameters of cans decoating machine

    No.ItemTechnical Parameters
    1Cylinder: Diameter1800x10500mm
    2Material304 stainless steel
    3Cylinder guide plateC304
    4Feeding binQ345
    5Discharging binQ345
    6Effective heating length of the outer cylinder furnace chamber5600mm
    7Heating methodDirect heating of the outer cylinder
    8Direct temperature in the high-temperature area400℃ - 800℃
    9Energy sourceCoal, petroleum, natural gas, or biomass gasifier
    10Flue gas recirculation combustion systemUtilize the flue gas generated during carbonization for secondary combustion to provide heat for the equipment
    11Designed installation inclination angle of the drum0° (Horizontally placed)
    12Drum rotation speedDesigned working rotation speed is 3r/min, with variable frequency speed regulation, and the variable frequency speed regulation range is 1—10r/min
    13Designed transmission power7.5kw
    14Output900 - 1000KG/H
    15StructureExternal heating, integral support structure
    16Temperature controlAutomatic temperature control. The intelligent instrument compares the measured temperature with the set temperature and outputs an electrical signal to the burner to control high fire, low fire, and stop fire to control the temperature
    17FeedingAdopt a feeding screw conveyor
    18DischargingAxially discharge through the discharging bin, and a discharging screw conveyor is equipped below the discharging bin
    19Exhaust gas discharge methodThe exhaust pipes on the feeding bin collect the combustion waste flue gas in the combustion furnace. After entering the primary dust collection device for cooling and dust collection, it enters the secondary dust removal equipment for dust collection treatment
    20Temperature measuring elementHeating furnace —— 3 K-type armored thermocouples; Exhaust gas pipeline —— 1 E-type armored thermocouple
    21Sealing method

    (1) Sealing device between the feeding screw conveyor of the feeding bin and the feeding bin: There is a flange outside the feeding screw, which is tightly pressed and sealed with the flange on the feeding bin.

    (2) Sealing device between the feeding bin and the inner cylinder: Labyrinth & ceramic fiber packing seal.

    (3) Sealing device between the discharging bin and the outer and inner cylinders: Labyrinth & ceramic fiber packing seal.


    3.Supply Scope

    No.ItemQ’ty
    1Cylinder1 set
    2Heating method1 set
    3Flue gas recirculation combustion system1 set
    4Structure1 set
    5Temperature control1 set
    6Feeding1 set
    7Discharging1 set
    8Temperature measuring element1 set
    9Sealing method1 set
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