Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Steel fiber graphite conductive self-heating floor structure
The invention relates to a steel fiber graphite conductive self-heating floor structure, belongs to the field of floor structures, and mainly solves the problems that a traditional heating floor structure is tedious in installation procedure, uneven in heating, poor in waterproofness, poor in durability and short in service life, certain potential safety hazards exist, the manufacturing cost is high due to the fact that a large number of carbon fiber materials are used in an existing heating floor, and traditional floor heating occupies the floor height of a building. The steel fiber graphite conductive self-heating floor structure mainly comprises a waterproof and wear-resistant surface layer, an upper base layer, a steel fiber graphite conductive heating film, a lower base layer, a moisture-proof layer and a waterproof connecting wire; The steel fiber and the graphite are combined to serve as a heat source, the excellent mechanical property of the steel fiber and the excellent conductivity of the graphite are comprehensively used, the conductive heating film high in strength and small in resistance is obtained, and the conductivity is better; the floor height is not occupied in practical application, and the installation process is simple; the material cost is lower; The waterproof connecting line improves the safety performance, prolongs the service life, and is safe, practical and economical.
本发明是一种钢纤维石墨导电自发热地板结构，属于地板结构领域。主要解决的是传统发热地板结构安装程序繁琐、发热不均匀、防水性差且存在一定安全隐患，耐久性差、使用寿命短，现有发热地板中使用较多的碳纤维材料造价较高以及传统地暖会占用建筑层高的问题。本发明主要由防水耐磨表面层，上基层，钢纤维石墨导电发热膜，下基层，防潮层，防水连接线构成；将钢纤维和石墨结合作为热源，综合使用了钢纤维优秀的力学性能和石墨优良的导电性能，得到强度高、电阻小的导电发热膜，导电性能更优良；在实际应用时不占用层高，且安装工艺简单；材料造价更低；防水连接线在提高安全性能的同时也延长了其使用寿命，兼具安全性、实用性与经济性。
Steel fiber graphite conductive self-heating floor structure
The invention relates to a steel fiber graphite conductive self-heating floor structure, belongs to the field of floor structures, and mainly solves the problems that a traditional heating floor structure is tedious in installation procedure, uneven in heating, poor in waterproofness, poor in durability and short in service life, certain potential safety hazards exist, the manufacturing cost is high due to the fact that a large number of carbon fiber materials are used in an existing heating floor, and traditional floor heating occupies the floor height of a building. The steel fiber graphite conductive self-heating floor structure mainly comprises a waterproof and wear-resistant surface layer, an upper base layer, a steel fiber graphite conductive heating film, a lower base layer, a moisture-proof layer and a waterproof connecting wire; The steel fiber and the graphite are combined to serve as a heat source, the excellent mechanical property of the steel fiber and the excellent conductivity of the graphite are comprehensively used, the conductive heating film high in strength and small in resistance is obtained, and the conductivity is better; the floor height is not occupied in practical application, and the installation process is simple; the material cost is lower; The waterproof connecting line improves the safety performance, prolongs the service life, and is safe, practical and economical.
本发明是一种钢纤维石墨导电自发热地板结构，属于地板结构领域。主要解决的是传统发热地板结构安装程序繁琐、发热不均匀、防水性差且存在一定安全隐患，耐久性差、使用寿命短，现有发热地板中使用较多的碳纤维材料造价较高以及传统地暖会占用建筑层高的问题。本发明主要由防水耐磨表面层，上基层，钢纤维石墨导电发热膜，下基层，防潮层，防水连接线构成；将钢纤维和石墨结合作为热源，综合使用了钢纤维优秀的力学性能和石墨优良的导电性能，得到强度高、电阻小的导电发热膜，导电性能更优良；在实际应用时不占用层高，且安装工艺简单；材料造价更低；防水连接线在提高安全性能的同时也延长了其使用寿命，兼具安全性、实用性与经济性。
Steel fiber graphite conductive self-heating floor structure
一种钢纤维石墨导电自发热地板结构
HUANG KAIJIAN (Autor:in) / WANG MANLIN (Autor:in) / ZHAO BENCHAO (Autor:in) / QIN HAIDONG (Autor:in)
31.08.2021
Patent
Elektronische Ressource
Chinesisch
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