A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Steel fiber-based stone-like PC brick
The invention discloses a steel fiber-based stone-like PC (polycarbonate) brick, which relates to the technical field of cement products and comprises cement, high-titanium heavy slag sand or selected waste rock sand, titanium extraction tailings, steel fibers and water. According to the imitation stone PC brick prepared from the solid waste resources and the steel fibers, the weight per unit area of imitation stone is effectively reduced, the mechanical properties of compression resistance, fracture resistance, tensile strength and the like of the imitation stone PC brick are enhanced, the crack resistance of the imitation stone PC brick is improved, the plate breaking and cracking phenomena of the imitation stone PC brick are reduced, industrial solid wastes are effectively utilized, and the production cost is reduced. The comprehensive utilization rate of solid waste resources is high and the cost performance is high; meanwhile, sintering is avoided, energy consumption is low, and pollution is avoided.
本发明公开了一种钢纤维基仿石材PC砖，涉及水泥制品技术领域，包括：水泥，高钛重矿渣砂或采选废石砂，提钛尾渣，钢纤维和水。本发明采用固废资源和钢纤维制备的仿石材PC砖，有效减少了仿石材的单位面积重量，增强了增加仿石材PC砖的抗压、抗折、抗拉等力学性能，提高仿石材PC砖的抗裂性，减少仿石材PC砖的断板、开裂现象，并有效利用工业固体废弃物，固废资源综合利用率高，性价比高；同时不经烧结，能耗低、无污染。
Steel fiber-based stone-like PC brick
The invention discloses a steel fiber-based stone-like PC (polycarbonate) brick, which relates to the technical field of cement products and comprises cement, high-titanium heavy slag sand or selected waste rock sand, titanium extraction tailings, steel fibers and water. According to the imitation stone PC brick prepared from the solid waste resources and the steel fibers, the weight per unit area of imitation stone is effectively reduced, the mechanical properties of compression resistance, fracture resistance, tensile strength and the like of the imitation stone PC brick are enhanced, the crack resistance of the imitation stone PC brick is improved, the plate breaking and cracking phenomena of the imitation stone PC brick are reduced, industrial solid wastes are effectively utilized, and the production cost is reduced. The comprehensive utilization rate of solid waste resources is high and the cost performance is high; meanwhile, sintering is avoided, energy consumption is low, and pollution is avoided.
本发明公开了一种钢纤维基仿石材PC砖，涉及水泥制品技术领域，包括：水泥，高钛重矿渣砂或采选废石砂，提钛尾渣，钢纤维和水。本发明采用固废资源和钢纤维制备的仿石材PC砖，有效减少了仿石材的单位面积重量，增强了增加仿石材PC砖的抗压、抗折、抗拉等力学性能，提高仿石材PC砖的抗裂性，减少仿石材PC砖的断板、开裂现象，并有效利用工业固体废弃物，固废资源综合利用率高，性价比高；同时不经烧结，能耗低、无污染。
Steel fiber-based stone-like PC brick
一种钢纤维基仿石材PC砖
CHEN ZHIKE (author) / QIAN BAOJUN (author) / CHEN HAIYAN (author) / LIANG JINZHU (author)
2023-11-14
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
Online Contents | 2014