Pot experiment was carried out to intercropping grape seedlings with Impatiens balsamina which non-grafted，self-rooted grafting by the same plant seedling，self -rooted grafting by two uniform plant seedlings，and self -rooted grafting bytwo different development stages of plant seedlings.The effects of intercropping with post -grafting generation of Impatiens balsaminaon the growth and cadmium accumulation of grape seedlings under cadmium stress werestudied.The results showed that intercropping with post-grafting generation of Impatiens balsaminaincreased thebiomass，photosynthetic pigmentcontent，antioxidant enzymeactivity，soluble protein and soluble sugar content of grape seedlings compared with singlegrape seedlings，while significantly decreased the cadmium content in root and above ground part of grape seedlings.Theintercropping significantly increased soil pH value and decreased the content of available cadmium insoil.Amongthem，the self-rooted grafting by two different development stages of plant seedlings had the best effect on promoting the growth of grapeseedlings and reducing the accumulation of cadmium insoil.Compared with single grapeseedlings，the biomass of root andabove ground part of grape seedlings were increased by 47.25% and23.16%，respectively.The content of cadmium in rootand above ground part of grape seedlings was significantly lower than those of single grape and other graftingtreatments，andthe content of available cadmium in soil was 10.02% lower than that of singlegrape.The intercropping grape seedlings with post-grafting generation of Impatiens balsamina in this experiment can be applied to the remediation of cadmium contaminatedsoil invineyards，and the best material is the self -rooted grafting by two different development stages of plant seedlings.