Manufacturing process for recycled aggregate art tile

Abstract

The invention discloses a manufacturing process for a recycled aggregate art tile. The manufacturing process comprises the following steps of preparing recycled micro-powder, preparing soil-free particles, preparing a plant material, mixing, wheel grinding and mixing, aging for shaping, glazing, preparing in a kiln, and taking out from kiln; stacking; and repairing, packaging, and storing. The recycled aggregate art tile has the characteristics of highly wear resistant, light, and resisting high temperature. The manufacturing process fully utilizes building waste, garden waste and industrial waste material, thereby recycling wastes more efficiently; due to adding of the plant material, glazing is easier; the recycled aggregate art tile has excellent inset prevention performance, corrosionresistance and moisture-proof performance, needs no maintenance, has a long service life, has a range of colors, and can be customized; the recycled aggregate art tile has various surface patterns, isfar better than stone material and can be compared with wood, is desirable yet affordable, has stable performance, can transmit cultures, is environment-friendly and makes the best of resources, andcan beautify the living environment.

Description

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine

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AI Technical Summary

Benefits of technology

The technical effects described by this patented technology include improved reutilization efficiency for building materials such as demolition wastes or garden trashes while adding plants that help prevent insect damage on buildings without requiring replacements at regular intervals over time. This results in longer lifespans compared to traditional methods like cement blocks used during remodeling processes due to its durability against weathering agents and corrosive chemicals. Additionally, these green architectural decorative stones have unique appearances made from reclaimed aggregates created through various techniques including casting, sintering, extrusion, moldings, etc., which makes them highly valued among consumers who want more sustainably built homes.

Problems solved by technology

This patented technology solves issues with current methods for producing recyclemented aggregated ceramic tile (RAC) due to their poor durability against corrosive environments such as sea water and soil erosions. Additionally, these techniques involve expensive processes like cutting pattern designs onto building blocks instead of naturally occurring stones and wooden ones, making them more difficult to dispose back after they were installed without being repurposed.

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