A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Inorganic millstone toughened floor and making method thereof
The invention discloses an inorganic millstone toughened floor. The inorganic millstone toughened floor comprises a dry powder interface agent layer which uniformly coats a concrete base layer; a resin mortar layer which is uniformly spread on the dry powder interface agent layer; a silicon crystal curing agent layer which permeates into the resin mortar layer; a high-strength putty layer; and a nano coating layer. The making method of the inorganic millstone toughened floor comprises the steps of pretreatment, staged grinding and polishing and film coating. The floor is formed by combining resin mortar with a silicon crystal curing agent and a nano coating; free calcium in the silicon crystal curing agent permeates into the resin mortar to produce a chemical reaction, crystals are generated, and meanwhile capillary holes in the resin mortar layer are blocked, so that the overall compactness is improved, and the floor has higher wear resistance and hardness; and the free calcium in thesilicon crystal curing agent and the resin mortar are subjected to the chemical reaction quickly, so that the floor has high early strength and can adapt to cross construction.
本发明公开了一种无机磨石系钢化地坪，其包括：干粉界面剂层，该干粉界面剂层均匀涂覆在一混凝土基层上；树脂砂浆层，均匀摊铺在所述干粉界面剂层上；矽晶固化剂层，渗透在所述树脂砂浆层中；高强度腻子层，纳米镀膜层；该无机磨石系钢化地坪的制作方法，包括预处理、分阶段研磨抛光及镀膜，采用树脂砂浆结合矽晶固化剂以及纳米涂层所形成的地坪，矽晶固化剂内部的游离钙渗入树脂砂浆中发生化学反应，产生结晶体同时将树脂砂浆层中毛细孔堵住，增加整体的密实度，使地坪具有较高的耐磨性及硬度；矽晶固化剂内部的游离钙与树脂砂浆发生化学反应时间快，地坪早强度高，可适应交叉施工。
Inorganic millstone toughened floor and making method thereof
The invention discloses an inorganic millstone toughened floor. The inorganic millstone toughened floor comprises a dry powder interface agent layer which uniformly coats a concrete base layer; a resin mortar layer which is uniformly spread on the dry powder interface agent layer; a silicon crystal curing agent layer which permeates into the resin mortar layer; a high-strength putty layer; and a nano coating layer. The making method of the inorganic millstone toughened floor comprises the steps of pretreatment, staged grinding and polishing and film coating. The floor is formed by combining resin mortar with a silicon crystal curing agent and a nano coating; free calcium in the silicon crystal curing agent permeates into the resin mortar to produce a chemical reaction, crystals are generated, and meanwhile capillary holes in the resin mortar layer are blocked, so that the overall compactness is improved, and the floor has higher wear resistance and hardness; and the free calcium in thesilicon crystal curing agent and the resin mortar are subjected to the chemical reaction quickly, so that the floor has high early strength and can adapt to cross construction.
本发明公开了一种无机磨石系钢化地坪，其包括：干粉界面剂层，该干粉界面剂层均匀涂覆在一混凝土基层上；树脂砂浆层，均匀摊铺在所述干粉界面剂层上；矽晶固化剂层，渗透在所述树脂砂浆层中；高强度腻子层，纳米镀膜层；该无机磨石系钢化地坪的制作方法，包括预处理、分阶段研磨抛光及镀膜，采用树脂砂浆结合矽晶固化剂以及纳米涂层所形成的地坪，矽晶固化剂内部的游离钙渗入树脂砂浆中发生化学反应，产生结晶体同时将树脂砂浆层中毛细孔堵住，增加整体的密实度，使地坪具有较高的耐磨性及硬度；矽晶固化剂内部的游离钙与树脂砂浆发生化学反应时间快，地坪早强度高，可适应交叉施工。
Inorganic millstone toughened floor and making method thereof
一种无机磨石系钢化地坪及其制作方法
CUI WENXI (author) / WU YINGZHENG (author) / WANG MINGMING (author) / YAN HUAMING (author) / GU XIAOBING (author)
2021-04-02
Patent
Electronic Resource
Chinese
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
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