A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Degradable three-dimensional geonet pad
The invention relates to the field of geonet pads, in particular to a degradable three-dimensional geonet pad which comprises a connecting body, an upper netlike protrusion is arranged on the upper side of the connecting body, a lower netlike protrusion is arranged on the lower side of the connecting body, and a plurality of auxiliary extending strips are evenly arranged on the upper netlike protrusion and the lower netlike protrusion. According to the degradable three-dimensional geonet pad, the connecting body, the upper net-shaped protrusions, the lower net-shaped protrusions and the extending strips are all improved through modified resin, and the prepared resin has the degradation performance and stability, so that the product is degradable, meanwhile, the use effect is good, and the service life of the geonet pad is prolonged. The plant starch modified material, polylactic acid and polybutylene terephthalate degradation raw materials are matched in the resin, the degradation effect of the product is improved, meanwhile, the three-dimensional modified material is added, the degradation stability of the product is improved, the degradation time is prolonged, and the product is convenient to use; and the three-dimensional modified material is added and matched, so that the degradation stability efficiency of the product is improved.
本发明涉及土工网垫领域，特别涉及一种可降解的三维土工网垫，包括连接本体，所述连接本体上侧设置有上网状凸起，连接本体下侧设置有下网状凸起，所述上网状凸起和下网状凸起上均匀布置有若干附属延伸条。一种可降解的三维土工网垫，通过连接本体、上网状凸起、下网状凸起和延伸条均采用改性树脂改进，制备的树脂具有降解性能，同时兼具稳定性，这样产品不仅可降解，同时使用效果良好，在树脂中采用植物淀粉改性料、聚乳酸、聚对苯二甲酸丁二酯降解原料配合，提高产品的降解效果，同时加入三维改性料，提高产品的降解稳定性，延长降解时间，方便产品使用；三维改性料的加入、配合三维改性料，提高了产品的降解稳定性效率。
Degradable three-dimensional geonet pad
The invention relates to the field of geonet pads, in particular to a degradable three-dimensional geonet pad which comprises a connecting body, an upper netlike protrusion is arranged on the upper side of the connecting body, a lower netlike protrusion is arranged on the lower side of the connecting body, and a plurality of auxiliary extending strips are evenly arranged on the upper netlike protrusion and the lower netlike protrusion. According to the degradable three-dimensional geonet pad, the connecting body, the upper net-shaped protrusions, the lower net-shaped protrusions and the extending strips are all improved through modified resin, and the prepared resin has the degradation performance and stability, so that the product is degradable, meanwhile, the use effect is good, and the service life of the geonet pad is prolonged. The plant starch modified material, polylactic acid and polybutylene terephthalate degradation raw materials are matched in the resin, the degradation effect of the product is improved, meanwhile, the three-dimensional modified material is added, the degradation stability of the product is improved, the degradation time is prolonged, and the product is convenient to use; and the three-dimensional modified material is added and matched, so that the degradation stability efficiency of the product is improved.
本发明涉及土工网垫领域，特别涉及一种可降解的三维土工网垫，包括连接本体，所述连接本体上侧设置有上网状凸起，连接本体下侧设置有下网状凸起，所述上网状凸起和下网状凸起上均匀布置有若干附属延伸条。一种可降解的三维土工网垫，通过连接本体、上网状凸起、下网状凸起和延伸条均采用改性树脂改进，制备的树脂具有降解性能，同时兼具稳定性，这样产品不仅可降解，同时使用效果良好，在树脂中采用植物淀粉改性料、聚乳酸、聚对苯二甲酸丁二酯降解原料配合，提高产品的降解效果，同时加入三维改性料，提高产品的降解稳定性，延长降解时间，方便产品使用；三维改性料的加入、配合三维改性料，提高了产品的降解稳定性效率。
Degradable three-dimensional geonet pad
一种可降解的三维土工网垫
LIANG XUNMEI (author) / LU SHIDE (author) / ZHAO CHUNFENG (author) / DONG FEI (author) / YU HUA (author) / WANG JINGHONG (author) / GAO XIANGXIN (author) / CHEN SHUANG (author)
2022-04-29
Patent
Electronic Resource
Chinese
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