[Purposes] In this study, in order to solve the problem of insufficient adhesion performance of rubber-cement interface. [Methods] Firstly, sodium hydroxide oxidation (NaOH), sodium hydroxide oxidation and urea ammoniation (NaOH-Urea), silane coupling agent KH560 and sodium silicate (Na2SiO₃) were used to treat the surface of the rubber particles. Next, the rubber-cement stabilized macadams test pieces were prepared based on the rubber particles treated with different modification methods. Finally, the temperature shrinkage, drying shrinkage and freezing-thawing test were carried out on the prepared samples. [Findings] The results show that rubber-cement stabilized macadams have almost no change after NaOH-Urea modification and KH560 modification. But the unconfined compressive strength of those samples before and after freezing is increased by about 1.5 times. Drying shrinkage performance of the five examined rubber-cement stabilized macadams is in turn: NaOH modification rubber-cement stabilized macadams，KH560 modification rubber-cement stabilized macadams，NaOH-Urea modification rubber-cement stabilized macadams，Na2SiO₃ modification rubber-cement stabilized macadams，Unmodified treatment rubber-cement stabilized macadams. The KH560 and NaOH-Urea modification methods improve the temperature resistance of rubber-cement stabilized macadams, while Na2SiO₃ and NaOH lead to insignificant improvement. [Conclusions] In summary, NaOH-Urea and KH560 can provide better modification efficiency than their counterparts and are able to enhance the freezing-thawing resistance and cracking resistance of cement stabilized macadams.