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Nylon Resin U-polymer TERRAMAC Unilate Elitel
Nylon 6
Nanocomposite Nylon 6
Characteristics
and
Basic Properties

Mechanical
Properties

Environmental
Properties

Moldability
General
Properties


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Nylon 66
 
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NylonResin > Nano-Composite Nylon6 > Environmental Properties Top Page
[UNITIKA Nylon Resin] Nano-Composite Nylon6

Environmental Properties

 
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<Water-Absorbing Speed>
The water-absorbing speeds of nylon resins at 23°C in water are compared in Figure 5. The water-absorbing speed of nanocomposite M1030DH is quite smaller than that of a regular nylon A1030JR, and thus M1030DH is more stable to water.
  <Water Absorption and Dimensional Change>
The relationship between the water absorption and the dimensional change is shown in Figure 6. M1030DH resin exhibits a small dimensional change by absorbing water, much smaller than an inorganic-fillered nylon A3130. Nonocomposite nylon resins are excellent in dimensional stability.

Figure 5. Water-absorbing speed Figure 6. Water Absorption and Dimensional Change (Flow Direction)
  


<Heat Aging Property>

The heat aging properties of nylon resins are shown in Figures 7 and 8 (100°C and 120°C). M1030DH resin is superior in heat aging property to A1030JR.

Figure 7. Heat aging property (100°C) Figure8. Heat aging property (120°C)


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