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Explore All Trainings in Plastics, Recycling, and Energy Savings – Rolbatch Academy

TRAINING AT ROLBATCH ACADEMY – FIND THE PERFECT TOPIC FOR YOU

Our comprehensive training offer includes plastics processing, materials science, recycling, and energy-saving technologies. You can already order any of these topics today! We are currently working on making them available online so you can access them from anywhere at any time. These trainings will soon be added to our online store – stay tuned and don’t miss the updates! 🌐

If you’re particularly interested in one of the trainings and would like to start sooner, let us know. We’ll do our best to make it available online as soon as possible so you can benefit from the knowledge and skills.

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Training programs in plastics, recycling, and energy savings offered by Rolbatch Academy

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All of our courses are available in Polish, German, English, and Spanish. If you need training in another language, just let us know, and we’ll prepare a translation tailored to your needs.

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Browse the detailed training list and choose the topic that best suits your needs! 📚

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Category: Plastics Processing

  1. Basics of Plastics Processing – Injection Molding, Extrusion, and Thermoforming Technologies
  2. How to Minimize Waste in Plastics Processing?
  3. Extrusion of Plastics – From Granules to Finished Products
  4. How to Avoid Errors in Plastics Processing?
  5. Selecting Plastic Properties for Specific Applications
  6. Film Extrusion – Key Techniques and Challenges
  7. Stretch Film Production – Processes and Optimization
  8. Shrink Film Production – Processes and Production Challenges
  9. Stretch Hood Film Production – Techniques and Key Processes
  10. Multilayer Film Production – How to Achieve High Quality?
  11. Advanced Techniques for Multilayer Film Extrusion
  12. Coextrusion in Plastics Processing – Benefits and Challenges
  13. Coextrusion Technologies – Combining Different Materials in One Process
  14. Troubleshooting in Plastics Processing – Identifying and Resolving Issues
  15. Profile Production from Plastics – Best Practices and Key Challenges
  16. Modification of Plastics – Improving Mechanical and Thermal Properties
  17. Plastics in Food Contact – Requirements and Standards
  18. Importance of Granulate Properties in Processing
  19. How Processing Conditions Affect the Quality of Final Products
  20. Plastics Processing for Construction Applications
  21. Processing of Heat-Sensitive Plastics – How to Handle Them?
  22. Composite Plastics – Processing and Industrial Applications
  23. Packaging Production Technologies with Plastics
  24. Efficient Management of Extrusion Lines
  25. How to Avoid Defects in Plastics Processing?
  26. Importance of Process Parameters for Product Durability
  27. Adapting Processing for Sustainability Requirements
  28. Plastics Processing with High Chemical Resistance
  29. Thermoforming of Plastics – Basics and Applications
  30. Importance of Calibration and Cooling in Extrusion Processes
  31. Optimizing Injection Molding Processes for Plastics
  32. Thin-Wall Injection Molding – Achieving Precision and Quality
  33. Automation in Plastics Processing – The Future of the Industry

Category: Plastics Material Science

  1. Characteristics and Applications of Polyethylene (PE) – From LDPE to HDPE
  2. Polypropylene (PP) – Key Properties and Applications in Processing
  3. Polystyrene (PS) – Utilizing Its Unique Properties
  4. Biodegradable Plastics – Opportunities and Limitations
  5. PVC – Differences Between Soft and Rigid Polyvinyl Chloride
  6. PVC in Profile Production – Process Optimization and Use of Regrind and Regranulate
  7. PET – From Properties to Recycling – A Practical Approach
  8. PMMA (Acrylic) – A Material with High Transparency and Durability
  9. Polycarbonate (PC) – Mechanical Properties and Technical Applications
  10. Polyamides (PA) – Handling Hygroscopicity in Processing
  11. Polymer Composites – Combining Properties of Different Plastics
  12. Proper Storage and Processing of Plastic Granulates
  13. Comparison of Virgin and Recycled Raw Materials – What to Choose for Production?
  14. Regranulates – How to Evaluate Their Quality and Properties?
  15. Testing Mechanical and Chemical Properties of Plastics in the Laboratory
  16. Granulates and Regrind – Key Properties for Processing
  17. Chemical Resistance of Plastics – Selecting Materials for Tough Conditions
  18. Plastics for Automotive Applications – PA, PC, PBT – What to Choose?
  19. Multilayer Materials – Selecting Components for Specific Applications
  20. Plastics for Film Production – Properties and Applications of PE and PP
  21. PVC in Construction – Profiles, Pipes, and Other Applications

Category: Plastic Recycling

  1. How to Recycle Plastic Waste into Secondary Raw Material?
  2. Grinding and Regranulation of Plastics – Preventing Material Degradation
  3. Mechanical and Chemical Recycling Technologies – What to Choose?
  4. Recycling of PP and PE – Key Quality Factors
  5. Advanced Technologies in PET Bottle Recycling – Innovations and Future Trends
  6. Basics of Plastic Sorting in Industrial Recycling
  7. Successfully Implementing Recycling Systems in Production Plants
  8. Contaminants in Recycling – Eliminating and Improving Material Quality
  9. Economics of Plastics Recycling – Profitability and Investment Analysis
  10. Multilayer Film Recycling – Practical Solutions for Complex Materials

Category: Renewable Energy and Energy Savings

  1. Energy Efficiency in Plastics Processing and Recycling
  2. Optimizing Energy Consumption in Extrusion and Injection Molding Processes
  3. Energy-Efficient Technologies in Film and Packaging Production Lines
  4. Practical Ways to Reduce Energy Loss in Recycling Processes
  5. Photovoltaics for Processing and Recycling Facilities – Benefits and Implementation
  6. Heat Pumps in the Plastics Industry – Practical Applications
  7. Energy Management Systems (EMS) in Processing and Recycling Facilities
  8. Automating Energy Management with Artificial Intelligence
  9. How to Obtain Funding for Energy-Saving Technologies?
  10. Case Study: How a Recycling Plant Reduced Energy Use by 30%