Plastic Processing

  • Different plastic raw materials have varying requirements for laboratory twin-screw extruders

    The laboratory twin-screw extruder plays an important role in plastic raw material processing, and different plastic raw materials have different requirements for the extruder. The following is an overview of some key requirements that laboratory twin-screw extruders need to meet when processing different plastic raw materials: Raw material adaptability The laboratory twin-screw extruder needs to

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  • The most advanced laboratory twin-screw extruder in China at present

    The most advanced laboratory twin-screw extruder currently available is the Kerke KTE Series Lab Twin Screw Extruder in china. This cutting-edge extruder is designed for research and development in various industries such as polymer, pharmaceutical, and food processing. The Kerke KTE Series Lab Twin Screw Extruder offers a wide range of features and capabilities, making

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  • Analysis and treatment methods of common faults in laboratory twin-screw extruders

    The laboratory twin-screw extruder may encounter various common faults during use. The following is a detailed summary of these faults and their possible causes: Motor related faults Screw driven motor cannot start Reason: The fuse in the circuit is broken, the interlocking effect of the lubricating oil pump motor is not released, and there is

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  • Plastic Film

    Films made of polyvinyl chloride, polyethylene, polypropylene, polystyrene and other resins are used for packaging and as laminations. Plastic packaging and plastic packaging products occupy an increasing share of the market, especially composite plastic flexible packaging, which has been widely used in food, medicine, chemical industry and other fields. Among them, food packaging accounts for

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  • Characteristics of laboratory specific twin-screw extruders

    The laboratory specific twin-screw extruder has a series of unique characteristics, and the following are its main features: Screw design: The laboratory twin-screw extruder usually adopts a split design, and the barrel can be divided into upper and lower halves, which facilitates the loading and unloading of materials and the replacement of screws and inner

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  • Specific application of laboratory twin-screw extruder in plastic modification

    The laboratory twin-screw extruder has a wide range of applications in plastic modification, and its excellent mixing effect, production efficiency, and adaptability make it an important tool in the field of plastic modification. The laboratory twin-screw extruder is mainly composed of a transmission device, a feeding device, a material cylinder, and two interlocking screws. Its

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