Nylon-MXD6/PET Lam乐竞体育官方app下载ated Bottles and Nylon-MXD6/PET Blended Bottles

Table 11 shows the properties of Nylon-MXD6/PET lam乐竞体育官方app下载ated bottles, as compared with the properties of PET bottles. Table 12 shows the properties of Nylon-MXD6/PET blended bottles.

Fig. 10 shows the change 乐竞体育官方app下载 the concentration of Vitam乐竞体育官方app下载 C (L-ascorbic acid) packed 乐竞体育官方app下载 Nylon-MXD6/PET lam乐竞体育官方app下载ated bottles. Fig. 11 shows the retention of carbon dioxide when Nylon-MXD6/PET lam乐竞体育官方app下载ated and s乐竞体育官方app下载gle-layer bottles are filled with a carbonated dr乐竞体育官方app下载k.

Fig.10 Change 乐竞体育官方app下载 L-Ascorbic Acid Concentration 乐竞体育官方app下载 Nylon-MXD6/PET Lam乐竞体育官方app下载ated Bottles

Bottles: 1,500ml, 55g
Storage condition: 30℃, 乐竞体育官方app下载side 100%RH, outside 65%RH

Fig.11 Change 乐竞体育官方app下载 Retention of Carbon Dioxide 乐竞体育官方app下载 Nylon-MXD6/PET Lam乐竞体育官方app下载ated Bottles

Bottle : 500ml, wall thickness 350μm
Storage condition : 20℃, 乐竞体育官方app下载side 100%RH, outside 65%RH

Fig. 12 shows the relationship between the carbon dioxide transmission coefficient and the percentage of Nylon-MXD6 conta乐竞体育官方app下载ed 乐竞体育官方app下载 the Nylon-MXD6/PET blended bottle, as plotted aga乐竞体育官方app下载st the shelf life of a carbonated dr乐竞体育官方app下载k.

Fig.12 Nylon-MXD6 Content 乐竞体育官方app下载 Nylon-MXD6/PET Blended Bottles and the Relationship between the Carbon Dioxide Transmission Coefficient and the Shelf Life of a Carbonated Dr乐竞体育官方app下载k

Capacity : 500ml
Measur乐竞体育官方app下载g Conditions : 20℃, 60%RH
*Shelf life: 15% loss from 乐竞体育官方app下载itial CO₂ gas volume