A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Graphene anti-static terrace technology
The invention discloses a graphene anti-static terrace technology. The graphene anti-static terrace technology comprises the following steps of grinding and cleaning original base concrete, paving conductive nets at certain intervals, and grounding; mixing and uniformly stirring an aqueous polyurethane primer main agent and a curing agent, and then adding graphene to form a polyurethane conductiveprimer layer; manufacturing a polyurethane self-leveling surface layer; and performing closed maintenance. According to the graphene anti-static terrace technology by the invention, dispersion and fusion of a novel conductive material graphene and a polyurethane resin material are adopted, the compression resistance and the wear resistance of the polyurethane resin terrace are effectively improved; and due to the special structure of graphene, a whole terrace system does not have conductive blind spots, and the durability of conductive properties can be guaranteed; and after the whole anti-static terrace is completed, the surface color is uniform and consistent, the anti-static terrace is not affected at all, the conductive properties are excellent, blind spots are avoided, adverse curingis avoided, the construction period is short, and compared with a traditional anti-static terrace construction technology, the anti-static terrace is simpler in structure and more convenient and faster to construct.
本发明公开了一种石墨烯防静电地坪工艺，包括以下步骤：将原基层混凝土研磨清理后，按一定间距铺设导电网，并接地；将水性聚氨酯底漆主剂与固化剂混合并搅拌均匀后加入石墨烯，形成聚氨酯导电底漆层；聚氨酯自流平面层制作；封闭养护。本发明提出的一种石墨烯防静电地坪工艺，采用新型导电材料石墨烯与聚氨酯树脂材料的分散与融合，并有效提升聚氨酯树脂地坪本身的抗压和耐磨度，由于石墨稀的特殊结构使得整个地坪系统不存在导电盲点，并且保证导电性能的持久性，整体防静电地坪完成后，表面颜色均匀一致，不受任何影响，导电性能优异，无盲点，无不良固化，且施工周期短，比传统防静电地坪施工工艺构造更简单，施工更方便快捷。
Graphene anti-static terrace technology
The invention discloses a graphene anti-static terrace technology. The graphene anti-static terrace technology comprises the following steps of grinding and cleaning original base concrete, paving conductive nets at certain intervals, and grounding; mixing and uniformly stirring an aqueous polyurethane primer main agent and a curing agent, and then adding graphene to form a polyurethane conductiveprimer layer; manufacturing a polyurethane self-leveling surface layer; and performing closed maintenance. According to the graphene anti-static terrace technology by the invention, dispersion and fusion of a novel conductive material graphene and a polyurethane resin material are adopted, the compression resistance and the wear resistance of the polyurethane resin terrace are effectively improved; and due to the special structure of graphene, a whole terrace system does not have conductive blind spots, and the durability of conductive properties can be guaranteed; and after the whole anti-static terrace is completed, the surface color is uniform and consistent, the anti-static terrace is not affected at all, the conductive properties are excellent, blind spots are avoided, adverse curingis avoided, the construction period is short, and compared with a traditional anti-static terrace construction technology, the anti-static terrace is simpler in structure and more convenient and faster to construct.
本发明公开了一种石墨烯防静电地坪工艺，包括以下步骤：将原基层混凝土研磨清理后，按一定间距铺设导电网，并接地；将水性聚氨酯底漆主剂与固化剂混合并搅拌均匀后加入石墨烯，形成聚氨酯导电底漆层；聚氨酯自流平面层制作；封闭养护。本发明提出的一种石墨烯防静电地坪工艺，采用新型导电材料石墨烯与聚氨酯树脂材料的分散与融合，并有效提升聚氨酯树脂地坪本身的抗压和耐磨度，由于石墨稀的特殊结构使得整个地坪系统不存在导电盲点，并且保证导电性能的持久性，整体防静电地坪完成后，表面颜色均匀一致，不受任何影响，导电性能优异，无盲点，无不良固化，且施工周期短，比传统防静电地坪施工工艺构造更简单，施工更方便快捷。
Graphene anti-static terrace technology
一种石墨烯防静电地坪工艺
SHI YOUMING (author) / LIU HUIBIN (author) / LIANG SHUNPO (author)
2020-11-03
Patent
Electronic Resource
Chinese