株式会社イーコンプライアンス

Part Ⅰ Basis (Basic Theory) 

1            Polymer Degradation   P.1
　1.1         Causes and Phenomena of Polymer Degradation   P.1
　1.2         Polymer degradation mechanism   P.3
2            Polymer Stabilization   P.11
　2.1         Classification of stabilizers   P.11
　2.2         Stabilization mechanism   P.12
　2.3         Stabilization mechanism of Antioxidants   P.13
　2.4         Stabilization mechanism of Light stabilizers   P.20
　2.5         Stabilization mechanism of Metal deactivator   P.28
　2.6         Thermal stabilizer   P.29
　2.7         What does functional classification of stabilizers represent?   P.32

Part Ⅱ Application (Practical Use) 

1            Basic understanding and attention points to design stabilizer's formulation   P.33
　1.1         Attention points for polymer stabilizer's formulation design   P.33
　1.2         Performance evaluation flow of stabilizers   P.36
　1.3         Synergistic effect and Antagonistic effect   P.41
　1.4         Process stability formulation   P.42
　1.5         Heat stability formulation   P.49
　1.6         Light stability formulation   P.57
2            Causes and solutions of poor appearances and defect of polymer materials   P.61
　2.1         Discoloration problem   P.61
　2.2         Bleeding problem   P.72
　2.3         Fish eye problem   P.75
　2.4         Reduction in gloss problem   P.78
　2.5         Crack problem   P.79
3            Stabilizer development history   P.80
　3.1         Phenol derivatives   P.80
　3.2         Cresol derivatives   P.83
　3.3         Xylenol derivatives  P.84
　3.4         HALS   P.85
　3.5         UVA   P.86
　3.6         New antioxidants registered in Japan's Chemical Substances Control Law  P.87
　3.7         Stabilizers which were developed from a theoretical approach   P.88
　3.8         Future outlook   P.91