Applications of Hydrolytic Degradation

the surface softness increases due to hydrolysis-formed pores. On the other hand, Saiz-Arroyo et al. [47] showed that the surface mechanical properties of PLLA, such as the creep constant and microhardness, decreased with NHD. 

Excluding the specific purposes that utilize the hydrolyzability function, such as in biomedical, pharmaceutical, and environmental applications, the method of hydrolytic degradation can be effectively used for the following purposes. 

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