Über den Kurs
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Module 1: Fundamentals of PVC Chemistry
- Learning Objectives:
- Understand the molecular structure of PVC.
- Explore polymerization mechanisms (suspension, emulsion, bulk).
- Key Topics:
- Vinyl chloride monomer (VCM) properties.
- Polymerization reactions and catalysts.
- Infographic Idea:
PVC molecular structure and polymerization process flow.
Module 2: PVC Production Processes
- Learning Objectives:
- Learn industrial production methods.
- Analyze process parameters and their impact on polymer properties.
- Key Topics:
- Suspension vs. emulsion polymerization.
- Reactor design and temperature control.
- Infographic Idea:
Comparison chart of PVC production methods with pros/cons.
Module 3: Additives and Formulation
- Learning Objectives:
- Understand the role of stabilizers, plasticizers, and fillers.
- Learn how additives influence mechanical and thermal properties.
- Key Topics:
- Heat stabilizers (Ca/Zn, organotin).
- Plasticizers and their effect on flexibility.
- Infographic Idea:
Diagram showing additive categories and their functions.
Module 4: Applications and Performance
- Learning Objectives:
- Explore PVC applications in construction, automotive, and medical sectors.
- Understand performance requirements and testing standards.
- Key Topics:
- Rigid vs. flexible PVC.
- Durability, chemical resistance, and recycling.
- Infographic Idea:
PVC applications map with industry-specific examples.