橡胶科技
橡膠科技
상효과기
Rubber Science and Technology
2014年
1期
26-30
,共5页
刘丹%赵艳芳%廖小雪%廖双泉
劉丹%趙豔芳%廖小雪%廖雙泉
류단%조염방%료소설%료쌍천
胶粉%低密度聚乙烯%复合材料%增容剂%交联体系
膠粉%低密度聚乙烯%複閤材料%增容劑%交聯體繫
효분%저밀도취을희%복합재료%증용제%교련체계
waste rubber powder%low density polyethylene%composites%compatibilizer%crosslinking system
采用全轮胎废胶粉（WRP）/低密度聚乙烯（LDPE）（并用比65/35）制备橡塑复合材料。研究增容剂和交联体系对WRP/LDPE复合材料物理性能的影响。结果表明：乙烯-乙酸乙烯酯对WRP/LDPE复合材料的增容效果较好；交联体系采用过氧化二异丙苯且用量为1份时WRP/LDPE复合材料物理性能较好。
採用全輪胎廢膠粉（WRP）/低密度聚乙烯（LDPE）（併用比65/35）製備橡塑複閤材料。研究增容劑和交聯體繫對WRP/LDPE複閤材料物理性能的影響。結果錶明：乙烯-乙痠乙烯酯對WRP/LDPE複閤材料的增容效果較好；交聯體繫採用過氧化二異丙苯且用量為1份時WRP/LDPE複閤材料物理性能較好。
채용전륜태폐효분（WRP）/저밀도취을희（LDPE）（병용비65/35）제비상소복합재료。연구증용제화교련체계대WRP/LDPE복합재료물이성능적영향。결과표명：을희-을산을희지대WRP/LDPE복합재료적증용효과교호；교련체계채용과양화이이병분차용량위1빈시WRP/LDPE복합재료물이성능교호。
The waste rubber powder (WRP)/low density polyethylene (LDPE) composites were prepared by using the rubber powder from waste tire and the ratio of WRP to LDPE was 65/35. The inlfuence of compatibilizer and crosslinking system on the properties of WRP/LDPE composites was investigated. It was found that ethylene-vinyl acetate copolymer was a good compatibilizer. When 1 phr of dicumyl peroxide was used as a crosslinking agent, the physical properties of the composites were good.
