In order to effectively remove the tannin and pigment present in Rosa roxburghii Tratt juice and improve its quality， three kinds of adsorbent including β-CS-CD， β-CD and CS were studied. Results showed that β-CS-CD exhibited the best absorption performance and the removal rate of pigment and tannin. Moreover， the absorption isotherm of β-CS-CD， β-CD and CS were fitted to the Langmuir and Freundlich equations. The linear correlation coefficients R2 were greater than 0.98. The pigment and tannin fitting parameter of Langmuir of β-CS-CD were qm＝32.61 mg/g， 103×KL＝52.85 L/mg， qm＝22.37 mg/g， 103×KL＝29.90 L/mg， respectively. The pigment and tannin fitting parameter of Freundlich of β-CS-CD were n＝2.00， KF＝3.611， n＝1.18， KF＝1.53， respectively. The results indicated that the introduction of β-CD functional group could greatly increase the adsorption efficiency. Kinetic studies showed that the adsorption was fast and the adsorption process followed a pseudo-first-order kinetic model. We also find that for β-CS-CD the adsorption kinetic rate constant （k2） value was much larger on β-CD and CS. These results clearly indicate that the introduction of CD increases not only the adsorption capacity and intensity but also the adsorption rate of chlorophenol. Therefore， β-CS-CD was effective to remove tannin and pigment from Rosa roxburghii Tratt juice and therefore could improve its quality.