Self-adhesive floor tile and manufacturing method thereof

Abstract

The invention discloses a self-adhesive floor tile which comprises a body and a self-adhesive layer connected with the body. The self-adhesive layer comprises an adsorption body, a first viscose and a second viscose, wherein the first viscose is connected with the body and the self-adhesive layer; at least part of the adsorption body extends into the first viscose; and at least part of the second viscose permeates through the adsorption body for connecting the self-adhesive layer and a member to be paved. A manufacturing method of the floor tile comprises the following steps of: providing a body; coating the first viscose on a surface of the body; providing an adsorption body which is porous or has a capillary structure, and attaching the adsorption body to the first viscose; and coating the second viscose on the adsorption body. The self-adhesive floor tile can be quickly paved and is convenient to replace locally; and the paving and replacing cost is low.

Description

technical field [0001] The invention relates to a building material and a manufacturing method thereof, in particular to a self-adhesive floor tile and a manufacturing method thereof. Background technique [0002] With the improvement of living standards, more and more attention is paid to the living environment of the home. Floor tiles, as one of the most important components of interior decoration, have naturally gained more attention. At present, the widely used floor tiles include: wooden floor tiles, stone floor tiles, composite floor tiles, etc. Throughout the current paving methods of various floor tiles, there are obvious deficiencies, which are detailed as follows: [0003] The wooden floor tiles are interlocked together as a whole. When there is a local problem and needs to be replaced, it can only be replaced as a whole, and the replacement cost is relatively high; the stone is bonded to the ground with cement, and once paved, it cannot be replaced unless It is ...

AI Technical Summary

Problems solved by technology

[0003] The wooden floor tiles are interlocked together as a whole. When there is a local problem and needs to be replaced, it can only be replaced as a whole, and the replacement cost is relatively high; the stone is bonded to the ground with cement, and once paved, it cannot be replaced unless It is carried out in a destructive way; composite floor tiles are generally bonded to the ground with chemical adhesives such as white glue and acrylic glue, and are also permanently fixed. Unless they are destructively removed, they cannot be partially replaced

Moreover, the above-mentioned various floor tiles all have a common deficiency: special installers are required for paving, and the construction cost is extremely high

[0004] In order to reduce the cost of construction and replacement, the industry has made various attempts, such as: CONNECTAL and LUKE products, which are very popular in the US market at present, are divided into upper and lower parts, and the shape and size of the two parts are roughly the same. It is staggered and connected into one according to a certain positional relationship, so that the two opposite sides are processed into a structure that can be relatively overlapped, and hot-melt pressure-sensitive adhesive is coated on the overlapping position. When in use, the opposite sides of the floor tile are under pressure. However, this product also has obvious shortcomings: because there is adhesive on the opposite side, and because the floor tiles are generally longer, when two adjacent opposite sides are bonded together, the position is not easy to adjust, and once the two The tiles are bonded together, so it is not easy to readjust, and the builder cannot guarantee the correct and perfect paving, which affects its use; and because the entire construction surface of this floor tile is connected as one, it cannot solve the problem of partial replacement.

The construction and replacement of this kind of floor tiles are very easy, but because the floor tiles have no bonding force with the ground, they are easy to move under the action of external force during use, thus affecting the use effect

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