10th edition

Compounding. The art of mixing, reinforcing and incorporating additives to plastics.

Learn, hand in hand with our experts, about compounding as an essential process to achieve the desired properties of the final material.
tipo:
Raw materials
tipo:
Materials
tipo:
Compounding
82 assistants
21-23 Apr 2026
10% DISCOUNT - 8 days!
Compounding. The art of mixing, reinforcing and incorporating additives to plastics.
Compounding. The art of mixing, reinforcing and incorporating additives to plastics.
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Compounding. The art of mixing, reinforcing and incorporating additives to plastics.
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Presentation

Plastics are probably the most versatile materials that human being has developed.

This versatility is due in part to the ability of plastics to be mixed with a wide variety of substances that can give them new properties, such as: electrical and thermal conductivity, flame retardancy, foaming, transparency, impact resistance, rigidity, flexibility also including a possible cost reduction and future recycling.

In order to achieve these good properties, a correct mixing process is essential and this will depend on a current screw design, appropriate control process, the good selection of peripherals and the experience to solve the problems that appear during the compounds production.

Modality
Streaming
Duration
9 hours
Language
English
Price
588€ Associates
725€ General
Calls
10th edition
Objectives
  • Identify the essential concepts for optimum blending in each compound.
  • Determine the most appropriate equipment for each blending process.
  • Be able to design a new blending process and control the most important parameters in the production of a compound.
  • Optimization of production.
Addressed to
  • Technical staff of industrial companies wishing to strengthen their knowledge in the field of compounding; plastic mixing, reinforcing and additivation in co-rotating twin screw extrusion
    Program

    CO-ROTATING TWIN-SCREW EXTRUDER (CO-TSE) AND MIXING

    A. Compounding and mixing mechanisms

    • Introduction to Compound Types
    • Compounding steps
    • Dispersion

    B. Description and functions of Co-TSE

    • Functions of the Co-TSE
    • Structure and parts
    • Influence on final properties

    C. Screw profile design

    • Description of Screw elements
    • Screw structure
    • Design Tips and methodology

    CO-ROTATING TWIN-SCREW EXTRUSION PROCESS

    A. Control process

    • Processing parameters
    • Response variables
    • Quality

    B. Problem identification and resolution

    • Problem apparition and detection
    • Problem duration and relevance
    • Problem solving methodology

    C. Peripheral equipment

    • Feeders
    • Cooling and pelletizing
    • Premixing, filtering, vacuum, etc.

    COMPOUND PRODUCTION

    A. Masterbatches

    • MB Components
    • Production methods
    • MB Types
    • Main characteristics of MB

    B. Mineral-filled Compounds

    • Extruder set-up
    • Feeding protocols
    • Typical formulations
    • Quality control

    C. Fiber-Reinforced Composites

    • Extruder set-up
    • Feeding protocols
    • Typical formulations
    • Quality control
    Programa

    CO-ROTATING TWIN-SCREW EXTRUDER (CO-TSE) AND MIXING

    A. Compounding and mixing mechanisms

    • Introduction to Compound Types
    • Compounding steps
    • Dispersion

    B. Description and functions of Co-TSE

    • Functions of the Co-TSE
    • Structure and parts
    • Influence on final properties

    C. Screw profile design

    • Description of Screw elements
    • Screw structure
    • Design Tips and methodology

    CO-ROTATING TWIN-SCREW EXTRUSION PROCESS

    A. Control process

    • Processing parameters
    • Response variables
    • Quality

    B. Problem identification and resolution

    • Problem apparition and detection
    • Problem duration and relevance
    • Problem solving methodology

    C. Peripheral equipment

    • Feeders
    • Cooling and pelletizing
    • Premixing, filtering, vacuum, etc.

    COMPOUND PRODUCTION

    A. Masterbatches

    • MB Components
    • Production methods
    • MB Types
    • Main characteristics of MB

    B. Mineral-filled Compounds

    • Extruder set-up
    • Feeding protocols
    • Typical formulations
    • Quality control

    C. Fiber-Reinforced Composites

    • Extruder set-up
    • Feeding protocols
    • Typical formulations
    • Quality control
    Teaching staff
    Observations
    Organizes