This looks like adequate fit to me. The chi-square values are not significant at the .05 level. Therefore, the null hypothesis of exact model fit cannot be rejected.

Christian Geiser Thank you for your answer. Would like to confirm a small thing.

If I understand correctly, The chi-square p-value should be smaller than 0.05, Now it is larger, which means null hypothesis can not be rejected. In other words, the null hypothesis says that the SEM model I suggested does not improve the model fit, and yet the model I suggested is still a fit to the data and is considered significant.

That means the model is still statistically significant, according to other indices, and could be taken into further analysis or explanation of the relationships of the constructs inside the model .

I think you got this wrong. A chi-square p value smaller than .05 means your model does not fit (i.e., the model would be rejected according to this test). A chi-square p-value greater .05 means the model is not rejected. You can also check out my Youtube video on the proper interpretation of the chi-square p value in SEM:

https://youtu.be/SHwBTRFGaYQ