A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
High-density mineral wool fiber board for replacing blockboard and preparation method thereof
The invention discloses a high-density mineral wool fiber board for replacing a blockboard. The high-density mineral wool fiber board is prepared by an automatic production line. The fiber board is prepared from the following raw materials in parts by mass: 40-70 parts of industrial solid waste, 25-50 parts of natural ore, 0.5-5 parts of a mineral wool binder, 0.1-0.6 parts of a water repellent and 1-5 parts of an additive. The density of the prepared fiber board is 250-1500kg/m<3>, the tensile strength is 0.15-0.7Mpa, the compressive strength is 13-75MPa, the ignition point is 600-1000 DEG C,and the single-point anchoring force is 300-1500N. Compared with a blockboard, the fiber board prepared by the invention has the characteristics of high ignition point and good fireproof performance,no pollutants such as waste water and waste residues are discharged in the production process, the felling of forest resources can be reduced, and the environment is protected. Compared with a traditional mineral wool fiber board, the fiber board has the characteristics of high density, high strength, high tensile and compressive strength and the like. The prepared fiber board is free of harmfulgas emission in the using process, wide in product application range, capable of being used in the aspects of building and home decoration, packaging and the like and also capable of being used as a wall material.
本发明公开一种用于替代木工板的高密度矿物棉纤维板，是由一条自动化生产线制备而成，制备纤维板的原料按照质量份数分别为：40~70份工业固废、25~50份天然矿石、0.5~5份矿物棉粘结剂、0.1~0.6份憎水剂及1~5份添加剂，制备的纤维板的密度为250~1500kg/m，抗拉强度为0.15~0.7Mpa，抗压强度为13~75MPa，燃点为600‑1000℃，单点锚固力为300~1500N，本发明制备的纤维板与木工板相比，具有燃点高、防火性能好的特点，生产过程中无废水、废渣等污染物排放，可以减少森林资源的采伐，保护环境；与传统的矿物棉纤维板比较，具有密度大、强度大、抗拉抗压强度大等特点；制备的纤维板在使用过程中无有害气体排放，产品应用范围广，可用于建筑家装家居装饰、包装等方面，也可作为墙体材料。
High-density mineral wool fiber board for replacing blockboard and preparation method thereof
The invention discloses a high-density mineral wool fiber board for replacing a blockboard. The high-density mineral wool fiber board is prepared by an automatic production line. The fiber board is prepared from the following raw materials in parts by mass: 40-70 parts of industrial solid waste, 25-50 parts of natural ore, 0.5-5 parts of a mineral wool binder, 0.1-0.6 parts of a water repellent and 1-5 parts of an additive. The density of the prepared fiber board is 250-1500kg/m<3>, the tensile strength is 0.15-0.7Mpa, the compressive strength is 13-75MPa, the ignition point is 600-1000 DEG C,and the single-point anchoring force is 300-1500N. Compared with a blockboard, the fiber board prepared by the invention has the characteristics of high ignition point and good fireproof performance,no pollutants such as waste water and waste residues are discharged in the production process, the felling of forest resources can be reduced, and the environment is protected. Compared with a traditional mineral wool fiber board, the fiber board has the characteristics of high density, high strength, high tensile and compressive strength and the like. The prepared fiber board is free of harmfulgas emission in the using process, wide in product application range, capable of being used in the aspects of building and home decoration, packaging and the like and also capable of being used as a wall material.
本发明公开一种用于替代木工板的高密度矿物棉纤维板，是由一条自动化生产线制备而成，制备纤维板的原料按照质量份数分别为：40~70份工业固废、25~50份天然矿石、0.5~5份矿物棉粘结剂、0.1~0.6份憎水剂及1~5份添加剂，制备的纤维板的密度为250~1500kg/m，抗拉强度为0.15~0.7Mpa，抗压强度为13~75MPa，燃点为600‑1000℃，单点锚固力为300~1500N，本发明制备的纤维板与木工板相比，具有燃点高、防火性能好的特点，生产过程中无废水、废渣等污染物排放，可以减少森林资源的采伐，保护环境；与传统的矿物棉纤维板比较，具有密度大、强度大、抗拉抗压强度大等特点；制备的纤维板在使用过程中无有害气体排放，产品应用范围广，可用于建筑家装家居装饰、包装等方面，也可作为墙体材料。
High-density mineral wool fiber board for replacing blockboard and preparation method thereof
一种用于替代木工板的高密度矿物棉纤维板及其制备方法
AN JUNCHAO (author) / ZHOU SEN'AN (author) / LI HAO (author) / LI XIANHUI (author)
2020-07-10
Patent
Electronic Resource
Chinese
Mineral wool acoustic board and preparation method thereof
| European Patent Office | 2020