CN202672586U - Novel polishing tile - Google Patents

Abstract

The utility model discloses a novel polishing tile, which includes a basal body (1), as well as stack lumps (2) and blank powder (4), wherein the stack lumps (2) are positioned on the upper layer of the basal body (1); color distinguishing layers (3) formed through special coloring material are sprayed on the outer surfaces of the stack lumps (2); and spaces among the stack lumps (2) are filled with the blank powder (4). According to the utility model, through the structural arrangement as well as the polishing treatment on the top layer surface of the tile, the novel polishing tile is formed; and the novel polishing tile is dirt-proof, clearer in lines and finer in textures, has the marble effect, and can be widely applied in manufacture of various polishing tiles.

Description

A kind of novel polishing ceramic tile

Technical field

The utility model belongs to ceramic tile class manufacturing technology field, relates in particular to a kind of novel polishing ceramic tile.

Background technology

Polished bricks be exactly the surface of all-body tile base substrate through the brick of a kind of light of forming of polishing, belong to a kind of of all-body tile.It is bright and clean many that relative all-body tile, the surface of polished bricks are wanted.Existing polished bricks is with micro mist or ooze flower process and be prepared into, and its drawback is:

Ooze flower: color is abundant not, outward appearance is unnatural;

Micro mist: lines slightly, fineless and smooth, outward appearance is unnatural.

Existing polished bricks also has a fatal shortcoming: easily dirty, this concavo-convex pore that to be polished bricks stay when polishing causes, and these pores can be sheltered evil people and countenance evil practices, in addition some tea be poured on all save the situation on the polished bricks unable.

Summary of the invention

For the weak point of current techniques, a kind of novel polishing ceramic tile of the special proposition of the utility model, it can not only address the deficiencies of the prior art, and also has other many useful effects.

A kind of novel polishing ceramic tile comprises matrix 1, also comprises heap and sticks together 2, base powder 4, heap 2 upper stratas that are positioned at matrix 1 that stick together, the chromatic zones layering 3 that heap sticks together and is coated with colouring matter on 2 the external surface and forms; Base powder 4 is filled in heap and sticks together between 2.

In order to reach better technical purpose of the present utility model, stick together 2 number of the heap in the utility model is several, i.e. its number and uncertain; Stick together 2 the irregular geometry that is shaped as of heap, i.e. its shape and height and uncertain, heap 2 upper stratas that are randomly dispersed in matrix 1 that stick together, i.e. the heap distance and uncertain between 2 that sticks together.Stick together 2 material of described heap consists of and in fact also is the base powder, because of its shape in heaps, therefore the called after heap sticks together 2 in the utility model.

By the said structure setting, carry out polishing in the topsheet surface of ceramic tile again, just formed a kind of novel polishing ceramic tile.Owing to having adopted said structure, its beneficial effect is: (1) bears dirty.Sticking together at heap is full of base powder 4 between 2, the two material is consistent, and the air gap of brick surface greatly reduces, and can effectively resist the invasion and attack of external coloured dyestuff; (2) elegant in appearance.Owing to stick together 2 external surface of heap is coated with the chromatic zones layering that special colouring matter forms, and the kind of color is also uncertain, one or more may be arranged, after the process polishing of ceramic tile surface, its color can display, form the versicolor lines of random distribution, reach marbly effect.

Because above-mentioned beneficial effect, the utility model are widely used in the various polished glazed tiles manufacturings.

Description of drawings

Fig. 1 is cross-sectional view of the present utility model.

The specific embodiment

Below in conjunction with accompanying drawing the utility model is described in further detail.

As shown in Figure 1, a kind of novel polishing ceramic tile, comprise that matrix 1, heap stick together 2, base powder 4, heap 2 upper stratas that are positioned at matrix 1 that stick together, among the figure, stick together 2 number of heap is 4, the top that is randomly dispersed in matrix 1 that size, height differ, the chromatic zones layering 3 that heap sticks together and is coated with special colouring matter on 2 the external surface and forms, the color of special colouring matter is uncertain; Base powder 4 is filled in heap and sticks together between 2, and the slit that heap sticks together between 2 is all filled up.

The chromatic zones layering 3 that is coated with special colouring matter and forms is formed by the machinery equipment spraying of special colouring matter by special use, and when the brick body polished, this special colouring matter can display, so that the color of ceramic tile surface is rich and varied.Formed a kind of novel polishing ceramic tile.It not only bears dirty, and also has marbly effect.

Claims (2)

1. novel polishing ceramic tile, comprise matrix (1), it is characterized in that: also comprise heap and stick together (2) base powder (4), described heap stick together (2) be positioned at the upper strata of described matrix (1), the chromatic zones layering (3) that described heap sticks together and is coated with colouring matter on the external surface of (2) and forms; Described base powder (4) is filled in described heap and sticks together between (2).

2. a kind of novel polishing ceramic tile according to claim 1 is characterized in that: the stick together number of (2) of described heap is several, the stick together irregular geometry that is shaped as of (2) of described heap.

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