A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Artificial functional aggregate curing agent, artificial functional aggregate and preparation method
The invention discloses an artificial functional aggregate curing agent, an artificial functional aggregate and a preparation method. The curing agent comprises 20-80 parts of a dispersing agent, 5-40 parts of an exciting agent, 5-40 parts of a reinforcing agent, 1-30 parts of an activating agent, 1-5 parts of an accelerant and 1-20 parts of a polymerizing agent. The weight ratio of the accelerant to the polymerizing agent is 1: (2-20). Under the combined action of an exciting agent, a reinforcing agent and an activating agent in the curing agent, the activity of the muck is fully excited, clay components in the muck are further destroyed, bound water in the muck is removed, silicate minerals in the muck are released, the activity in the muck is further released, on one hand, the siliceous activity in the muck is supplemented, hydrothermal products are increased, and therefore the product performance is improved; on the other hand, seed crystals are provided for rear-end hydrothermal synthesis through the accelerant and the polymerizing agent, the hydrothermal reaction speed can be increased, product crystals can be rapidly formed at the initial stage of the reaction, and therefore the performance of the functional aggregate is effectively improved, and the unfired functional aggregate product with the excellent performance is prepared.
本发明公开了一种人造功能骨料固化剂、人造功能骨料及制备方法，其中固化剂包括分散剂20‑80份、激发剂5‑40份、增强剂5‑40份、活性剂1‑30份、促进剂1‑5份、聚合剂1‑20份；促进剂与聚合剂的重量比为1:2‑20。固化剂中的激发剂、增强剂、活性剂的共同作用，充分激发渣土活性，将渣土内部粘土组分进一步破坏，脱除渣土内部结合水，释放内部硅酸盐矿物，进一步释放渣土内部活性，一方面，补充渣土内部硅质活性，增加水热产物，从而提升产品性能；另一方面，通过促进剂及聚合剂为后端水热合成提供晶种，能够加速水热反应速度，反应初期即可快速形成产物晶体从而有效提升功能骨料性能，制备出性能优异的免烧功能骨料制品。
Artificial functional aggregate curing agent, artificial functional aggregate and preparation method
The invention discloses an artificial functional aggregate curing agent, an artificial functional aggregate and a preparation method. The curing agent comprises 20-80 parts of a dispersing agent, 5-40 parts of an exciting agent, 5-40 parts of a reinforcing agent, 1-30 parts of an activating agent, 1-5 parts of an accelerant and 1-20 parts of a polymerizing agent. The weight ratio of the accelerant to the polymerizing agent is 1: (2-20). Under the combined action of an exciting agent, a reinforcing agent and an activating agent in the curing agent, the activity of the muck is fully excited, clay components in the muck are further destroyed, bound water in the muck is removed, silicate minerals in the muck are released, the activity in the muck is further released, on one hand, the siliceous activity in the muck is supplemented, hydrothermal products are increased, and therefore the product performance is improved; on the other hand, seed crystals are provided for rear-end hydrothermal synthesis through the accelerant and the polymerizing agent, the hydrothermal reaction speed can be increased, product crystals can be rapidly formed at the initial stage of the reaction, and therefore the performance of the functional aggregate is effectively improved, and the unfired functional aggregate product with the excellent performance is prepared.
本发明公开了一种人造功能骨料固化剂、人造功能骨料及制备方法，其中固化剂包括分散剂20‑80份、激发剂5‑40份、增强剂5‑40份、活性剂1‑30份、促进剂1‑5份、聚合剂1‑20份；促进剂与聚合剂的重量比为1:2‑20。固化剂中的激发剂、增强剂、活性剂的共同作用，充分激发渣土活性，将渣土内部粘土组分进一步破坏，脱除渣土内部结合水，释放内部硅酸盐矿物，进一步释放渣土内部活性，一方面，补充渣土内部硅质活性，增加水热产物，从而提升产品性能；另一方面，通过促进剂及聚合剂为后端水热合成提供晶种，能够加速水热反应速度，反应初期即可快速形成产物晶体从而有效提升功能骨料性能，制备出性能优异的免烧功能骨料制品。
Artificial functional aggregate curing agent, artificial functional aggregate and preparation method
一种人造功能骨料固化剂、人造功能骨料及制备方法
LI YI (author) / ZHU WEIHAO (author) / WU JIABAO (author) / CHENG MINGZHAO (author) / XU SHICHENG (author) / MAO WEI (author) / JIA PENGYAO (author) / ZHOU JUNLI (author) / LIU JIE (author)
2025-01-17
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
CEMENT-FREE CURING ARTIFICIAL AGGREGATE AND MANUFACTURING METHOD THEREOF
| European Patent Office | 2024
| European Patent Office | 2024