diff --git a/server/product/internal/logic/gettagproductlistlogic.go b/server/product/internal/logic/gettagproductlistlogic.go
index 947e3cf7..b084003a 100644
--- a/server/product/internal/logic/gettagproductlistlogic.go
+++ b/server/product/internal/logic/gettagproductlistlogic.go
@@ -132,7 +132,7 @@ func (l *GetTagProductListLogic) GetTagProductList(req *types.GetTagProductListR
 		return resp.SetStatusAddMessage(basic.CodeServiceErr, "failed to deal with tag data")
 	}
 	//组装等级从属关系
-	rspTagList, TotalCategoryProduct := l.organizationLevelRelation(minLevel, mapTagLevel)
+	rspTagList, TotalCategoryProduct := l.organizationLevelRelation(minLevel, mapTagLevel, productList)
 	return resp.SetStatusWithMessage(basic.CodeOK, "success", types.GetTagProductListRsp{
 		TotalCategoryProduct: TotalCategoryProduct,
 		TagList:              rspTagList,
@@ -308,7 +308,7 @@ func (l *GetTagProductListLogic) dealWithTagMenuData(req dealWithTagMenuDataReq)
 			})
 			//tag中产品
 			for _, tmpProduct := range productListRsp {
-				tagTem.TagProductList = append(tagTem.TagProductList, tmpProduct)
+				tagTem.TagProductList = append(tagTem.TagProductList, tmpProduct.ProductId)
 			}
 		}
 		//加入分类
@@ -318,7 +318,7 @@ func (l *GetTagProductListLogic) dealWithTagMenuData(req dealWithTagMenuDataReq)
 }
 
 // 组织等级从属关系
-func (l *GetTagProductListLogic) organizationLevelRelation(minLevel int, mapTagLevel map[string]*types.TagItem) (rspTagList []types.TagItem, productCount int) {
+func (l *GetTagProductListLogic) organizationLevelRelation(minLevel int, mapTagLevel map[string]*types.TagItem, productList []gmodel.FsProduct) (rspTagList []types.TagItem, productCount int) {
 	mapTop := make(map[string]struct{})
 	//设置归属关系
 	for prefix, tagItem := range mapTagLevel {
@@ -341,16 +341,25 @@ func (l *GetTagProductListLogic) organizationLevelRelation(minLevel int, mapTagL
 		})
 		mapTagLevel[parentPrefix] = parent
 	}
-	//把子类的产品列表变成产品id列表并且把产品列表都放到最顶级父级中
+	//父类聚合子类所有产品
 	for _, v := range mapTagLevel {
 		if _, ok := mapTop[v.LevelPrefix]; ok {
 			continue
 		}
-		topPrefixSlic := strings.Split(v.LevelPrefix, "/")[:minLevel]
-		topPrefix := strings.Join(topPrefixSlic, "/")
-		for k, tmpProduct := range v.TagProductList {
-			v.TagProductList[k] = tmpProduct.(types.TagProduct).ProductId
-			mapTagLevel[topPrefix].TagProductList = append(mapTagLevel[topPrefix].TagProductList, tmpProduct)
+		mapTypeId := make(map[int64]struct{})
+		for _, v2 := range mapTagLevel {
+			//包含主路径，则属于该类型
+			if strings.Contains(v2.LevelPrefix, v.LevelPrefix) {
+				mapTypeId[v2.TypeId] = struct{}{}
+			}
+		}
+		//循环产品放入
+		for _, p := range productList {
+			_, ok := mapTypeId[*p.Type]
+			if !ok {
+				continue
+			}
+			mapTagLevel[v.LevelPrefix].TagProductList = append(mapTagLevel[v.LevelPrefix].TagProductList, p)
 		}
 	}
 	//最终值提取最高级别那一层出来