| AA reduction bottle PET |
| AA scavenger |
| Additives for PET |
| Additive slurry preparation |
| Aliphatic-aromatic polyester |
| Antimony free catalysts based on Ti, Ge, AL and Si |
| Alteration of processes |
| Analysis of polymers and raw materials and intermediates |
| Black spots and specks, how to avoid? |
| Blue toner improving polymer colour |
| Bottle PET, recipe design, |
| Capacity analysis |
| Catalyst influence on the quality |
| Catalysts, selection and evaluation for bottle ant textile polyester |
| Cationic dying polyester |
| Chain branching agents and additives |
| Chain extension |
| Chemical Abstract Selects, Polyesters, frequent relevant analysis |
| Chemical analysis of polymers |
| Continuous polymer production |
| Conveying of polymer chips polymer quality impact |
| Co-polyester, CoPET , amorphous and crystalline |
| Crystallinity and crystallization problems |
| Crystallization equipment, vendor selection |
| Damage and failure analysis |
| Deep dying polymers |
| Development support |
| Discontinuous polyester process |
| DMT based polyester process |
| Drying processes and problems |
| DSC of polyester, interpretation of analysis results |
| DTA of polyester, interpretation of analysis results |
| EEC regulations in PET and PA |
| Engineering plastics in PET, PBT, PTT and PA6 |
| Effects of polymer additives |
| Electrical properties of polyester |
| Electrostatic pinning, pinnability of PET resin, electrical conductivity of PET melt |
| Esterification catalysis and kinetics |
| Film additives selection and preparation |
| Film polyester and polyamide |
| Film production BOPET, BOPA and APET |
| Filterability and filtration, melt filtration |
| Filter test |
| Filtration equipment, automatic, continuous, vendor selection |
| Flame retardant modifications |
| Functional Additive |
| Good Industrial Practice GIP |
| High speed spinning POY, FDY |
| High IV polyester/polyamide for technical yarn |
| HMLS, tyre cord and technical yarn, patent situation |
| Humidity impact during polyester processing, hydrolysis stabilizer |
| Impurities analysis and source investigation |
| Increasing spinning speed by polymer modification |
| Increasing spinning speed by polymer additives |
| Infrared absorber for bottle PET |
| Hydrolytically polymer destruction |
| Low AA polyester |
| Low IV-polyester for engineering plastic application |
| Low melt temperature polyester |
| Masterbatch development, design and production |
| Memory effects solid/melt phase polyester |
| Nano composites based on PP/PET and their production |
| New catalysts and stabilizer for PET |
| New polyester processes, NG3, low IV, evaluation and patent analysis |
| Old polymers as process impurities |
| Oligomers of polyester, origin, impact during processing |
| Online analytical equipment and methods |
| Orientation induced crystallization |
| Oxidative destruction and stabilization |
| Optical brightener |
| PET bottle flakes, production and quality control |
| Phosphor containing stabilizer and product selection |
| Polybutylene terephthalate PBT |
| Polycyclohexandimethanol terephthalate PCT |
| Polyethylene naphthalate PEN |
| Polyethylene terephthalate PET |
| Polycondensation catalysis and kinetics |
| Polymer properties processing impacts |
| Polymer recipe design |
| Polypropylene terephthalate PTT |
| PTA quality control, impurities |
| PTA based polyester process |
| Quality control of recycling polyester, |
| Quality improvements and evaluation |
| Raw material selection and influence |
| Recycling processes of PET |
| Relationship of processing and polyester polymer structure |
| Solid state polycondensation SSP of polyester and polyamide 6 |
| SSP plant design |
| SSP technology |
| Spinning additives for POY > 4000 m/min |
| Spinning polymer quality problems |
| Spinning polymer treatment problems |
| Stabilizer for production and processing |
| Stress induced crystallization |
| Textile polyester production, processing |
| Thermal destruction of polymers and intermediates |
| TMA, thermo mechanical analysis of polyester |
| TiO2 preparation and technology |
| TiO2 ball milling and/or centrifugation |
| Transesterification, catalysis and catalyst blocking |
| UV destruction and stabilization |
| UV – protection |
