A new hydrophilic fixed abrasive polishing pad (FAP) was studied. Single factor experiment method was employed to explore the effect of polishing parameters such as polishing time,eccentricity,pressure,rotational speed,flow rate and pH value of slurry with FAP on material removal rate (MRR) and surface roughness of K9 optical glass. Results show that MRR drops with time extension. After 20 min polishing,MRR reaches a maximum of 310 nm/min and surface roughness reaches a minimum of 2.73 nm. Large eccentricity distance and alkaline slurry are helpful to improve MRR. With the increase of rotational speed,MRR rises significantly. While in certain range,applied pressure and slurry flow rate have little effect on MRR.