Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention provides a misfire anti-static terrazzo floor and a construction process thereof, and relates to the technical field of terrazzo floors, the misfire anti-static terrazzo floor comprises 90-95 parts of concrete and 56-57 parts of conductive carbon; 57 to 58 parts of flame retardant powder; carbon nanofibers; 60 to 63 parts of stone particles (5 to 12 mm); and 14 to 15 parts of an adhesive. According to the terrazzo floor, by adding the conductive carbon and the flame retardant powder, the terrazzo floor can have efficient conductivity and flame retardance better, and the nano carbon fiber woven net at the top of the base plane is matched to serve as a static electricity conduction path, so that static electricity can be better conducted out, and the service life of the terrazzo floor is prolonged. The conductive carbon can be in contact with the nano carbon fiber woven net better through cylinder pressing, flame retardant powder and the conductive carbon can be mixed with slurry better through sufficient stirring, and the flame retardant property of the terrazzo floor can be greatly improved; by adding a proper amount of the flame retardant powder, the nano carbon fibers and the conductive carbon, the manufactured terrazzo floor has better non-ignition and anti-static effects.
本发明提供一种不发火防静电水磨石地坪及其施工工艺，涉及水磨石地坪技术领域，包括混凝土90～95份，还包括导电炭56～57份；阻燃剂粉料57～58份；纳米碳纤维；石粒(5～12mm)60～63份；黏合剂14～15份。本发明，通过导电炭和阻燃剂粉料的加入，能够更好地使水磨石地坪具有高效的导电性和阻燃性，配合基面顶部的纳米碳纤维织网作为静电的传导路线，从而能够更好地把静电传导出去，通过使用圆筒压紧能够更好地使导电炭与纳米碳纤维织网接触，而充分搅拌能够更好地使阻燃剂粉料和导电炭与泥浆混合，能够大大地提高水磨石地坪的阻燃性能，通过阻燃剂粉料、纳米碳纤维和导电炭的适量添加能够使制作出来的水磨石地坪具有更好的不发火防静电的效果。
The invention provides a misfire anti-static terrazzo floor and a construction process thereof, and relates to the technical field of terrazzo floors, the misfire anti-static terrazzo floor comprises 90-95 parts of concrete and 56-57 parts of conductive carbon; 57 to 58 parts of flame retardant powder; carbon nanofibers; 60 to 63 parts of stone particles (5 to 12 mm); and 14 to 15 parts of an adhesive. According to the terrazzo floor, by adding the conductive carbon and the flame retardant powder, the terrazzo floor can have efficient conductivity and flame retardance better, and the nano carbon fiber woven net at the top of the base plane is matched to serve as a static electricity conduction path, so that static electricity can be better conducted out, and the service life of the terrazzo floor is prolonged. The conductive carbon can be in contact with the nano carbon fiber woven net better through cylinder pressing, flame retardant powder and the conductive carbon can be mixed with slurry better through sufficient stirring, and the flame retardant property of the terrazzo floor can be greatly improved; by adding a proper amount of the flame retardant powder, the nano carbon fibers and the conductive carbon, the manufactured terrazzo floor has better non-ignition and anti-static effects.
本发明提供一种不发火防静电水磨石地坪及其施工工艺，涉及水磨石地坪技术领域，包括混凝土90～95份，还包括导电炭56～57份；阻燃剂粉料57～58份；纳米碳纤维；石粒(5～12mm)60～63份；黏合剂14～15份。本发明，通过导电炭和阻燃剂粉料的加入，能够更好地使水磨石地坪具有高效的导电性和阻燃性，配合基面顶部的纳米碳纤维织网作为静电的传导路线，从而能够更好地把静电传导出去，通过使用圆筒压紧能够更好地使导电炭与纳米碳纤维织网接触，而充分搅拌能够更好地使阻燃剂粉料和导电炭与泥浆混合，能够大大地提高水磨石地坪的阻燃性能，通过阻燃剂粉料、纳米碳纤维和导电炭的适量添加能够使制作出来的水磨石地坪具有更好的不发火防静电的效果。
Non-ignition anti-static terrazzo floor and construction process thereof
一种不发火防静电水磨石地坪及其施工工艺
WANG HAI (Autor:in)
22.11.2022
Patent
Elektronische Ressource
Chinesisch
Construction process of anti-cracking epoxy gold terrazzo floor
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