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Laboratory Technology to Develop Twin Screw Extruders

China Laboratory Technology to Develop Twin Screw Extruders, Find details about China Laboratory, Conical Twin-Screw from Laboratory Technology to Develop Twin Screw Extruders

Assembly Structure
Integral Type Extruder
Screw
Twin-Screw
Engagement System
Full Intermeshing
Screw Channel Structure
Deep Screw
Exhaust
Don′t Exhaust
Automation
Automatic
Computerized
Computerized
Screw Diameter
20 mm
Screw Length
325mm
Max. Temperature
350
Pressure Range
100bar
Output
1 -10 Kg/ Hr
Trademark
Hapro
Transport Package
Plywood
Origin
China
HS Code
9024800000
Assembly Structure
Integral Type Extruder
Screw
Twin-Screw
Engagement System
Full Intermeshing
Screw Channel Structure
Deep Screw
Exhaust
Don′t Exhaust
Automation
Automatic
Computerized
Computerized
Screw Diameter
20 mm
Screw Length
325mm
Max. Temperature
350
Pressure Range
100bar
Output
1 -10 Kg/ Hr
Trademark
Hapro
Transport Package
Plywood
Origin
China
HS Code
9024800000
Laboratory Conical Twin-screw Extruder can be integrated by main unit and conical twin-screw extrusion unit. That can be used to simulate real production process in the laboratory.Because of its special structure, the residual material can be cleaned quickly. In the measuring extrusion unit, the sample material begin plastify under practice-oriented conditions and extruded through the die head.Matched well with different die heads ,it's used for extruding the Belt, Tube, PCPO and granulation .

Conical Twin-screw platform is consist of the Drive device, Feeding device, Barrel ,Twin-screw and Dies parts, etc. The Twin-screw is the heart of the extruder, divided into the charging section (solid conveying zone), compression section(melting zone) and the homogenization section (the melt conveying zone) three parts. Put the material into the hopper ,under the action of a rotating screw, material was pushed on to the direction of the nose. Material endures strong shear, mixing and calendaring in the barrel, In this process, Meanwhile, the physical states of material the evolve from glass state to the high elastic state ,eventually become sticky flow pattern .Laboratory Technology to Develop Twin Screw Extruders
  • Application
Quality control and testing of raw materials ;
•  Testing the processing behavior during recipe development and optimization;
•  Testing of the extrusion ability of different materials;
•  Investigation and optimization of processing conditions;
•  Measurement of the rheological or viscosity properties of blends and compounds;
•  Extrusion of degradable products;
•  Small-scale production.

Laboratory Technology to Develop Twin Screw ExtrudersLaboratory Technology to Develop Twin Screw Extruders
  • Technical Parameters:
  •  

    Barrel structure
    Pull and turn
    Screw Diameter
    20 mm

    Heating
    Electrical Heating
    Screw Length
    325mm
    Temp control systemRKC system
    Heating power
    3.2 kW

    Max. Temperature
    350ºC
    Heating Zones
    4 Zones

    Temperature sensor
    J type thermocouple
    Cooling
    Air Compression

    Feeding speed
    Manual adjustment
    Pressure range
    0-100 Mpa

    Feeding
    Screw metering feed
    Output
    1 -10 kg/ hr
    Dimension
    (L×W×H)
    1000×570×1500 mm
    Weight
    280kg
Laboratory Technology to Develop Twin Screw ExtrudersLaboratory Technology to Develop Twin Screw ExtrudersLaboratory Technology to Develop Twin Screw Extruders
Laboratory Technology to Develop Twin Screw ExtrudersLaboratory Technology to Develop Twin Screw ExtrudersLaboratory Technology to Develop Twin Screw Extruders

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