Building segment, in particular of board shape and the method of manufacturing thereof

Abstract

Building segment, in particular of board shape, comprises of mixture of basic component with admixture, comprising of recycled material from textile fibres acquired by defibering process from hardly defiberable multi-composite textiles, which can be supplemented by recycled material from textile pulp acquired by the process of tyres recycling. Basic components advantageously comprises of plaster or polyurethane. During manufacturing of this building segment, textile waste is defibred to textile fibres, which are processed to required length and are homogenized into even layer, and then it is added to the mixture of basic component containing other components.

Description

technical field [0001] The present invention relates to building sections, especially in the form of panels, comprising a base component or a mixture of a base component and an admixture of recycled materials. Background technique [0002] The currently known building sections, in particular board-shaped building sections, consist of basic components which include, inter alia, polyurethane or plaster, or mixtures of plaster with glass fiber admixtures or recycled paper admixtures. In known production methods, admixtures are added to the base ingredients by blending during the drying process. [0003] Disadvantages of these segments are the low degree of thermal and acoustic insulation and the fact that the manufacturing process requires a high degree of homogeneity in the addition of admixtures to improve the physical and mechanical properties of these segments, which is very difficult to achieve. [0004] Currently, recycled material from shorter textile fibers obtained th...

AI Technical Summary

Problems solved by technology

[0003] Disadvantages of these building segments are the low degree of thermal and acoustic insulation, while the manufacturing process requires that these building segments maintain a high degree of homogeneity in the addition of admixtures to improve physical and mechanical properties, which is very difficult to achieve

[0004] Currently, recycled material from shorter textile fibers obtained through the defibration process from multi-component composite textiles that are difficult to defibrate and from textile pulp obtained through the tire recycling process is not further processed and therefore becomes useless waste

Today, the above types of textile recycled materials are produced in large quantities, and the end products in which this textile recycled material may be utilized are unknown, but the disposal of this textile recycled material is a burden on the environment