CN205242978U - Reverse side is broken ceramic tile and is used soft mould - Google Patents

Abstract

Reverse side is broken ceramic tile and is used soft mould, including soft mould bottom plate, the mould bottom plate is the rectangle form, the surface of mould bottom plate is equipped with the soft sand grip integrative with mould bottom formation, the sand grip is nettedly, the sand grip comprises many horizontal sand grips and many vertical sand grips, the length direction parallel arrangement of mould bottom plate is followed to many horizontal sand grips, connect by many vertical sand grips between adjacent horizontal sand grip, form multirow ceramic tile standing groove at mould floor surfaces, every row of ceramic tile standing groove includes a plurality of ceramic tile standing grooves. Use the utility model discloses, labour saving and time saving, low in labor strength can avoid appearing the gap that the jointing material saw through ceramic tile and mould, pollutes the positive phenomenon of ceramic tile.

Description

Soft mold for counter-hitting tiles

technical field

The utility model relates to a soft mold for counter-beating ceramic tiles.

Background technique

When tiles are attached to the wall or the ground, usually after the construction of the wall or the ground is completed, the tiles are pasted on the wall or the ground. At present, the pasting process of tiles is manually pasted block by block, and manual pointing is extremely time-consuming, costly, and difficult to control the quality.

Reverse tile is a process in which the tiles are first fixed in the prefabrication process of the wall or floor, and then the wall or floor is poured on the back of the tiles to make the tiles condense into one body.

In the anti-tile process, hard plastic strips or plastic molds are usually used to fix the tiles, but it is difficult to fit tightly between the hard plastic and the tiles, so that when pouring the prefabricated wall panels, the cement slurry penetrates through the gap between the plastic and the tiles. The gaps between the tiles pollute the front of the tiles, so they have to be cleaned manually with an acidic cleaning agent, which is time-consuming and labor-intensive, and damages the surface of the joints between the tiles.

Utility model content

The technical problem to be solved by the utility model is to overcome the deficiencies of the above-mentioned background technology, provide a time-saving, labor-saving, and low-labor-intensity soft mold for counter-hitting tiles, which can avoid jointing materials from penetrating through the gap between the tiles and the mould, The phenomenon of contaminating the front of tiles.

The technical solution adopted by the utility model to solve the technical problem is that a soft mold for counter-beating ceramic tiles includes a soft mold bottom plate, the mold bottom plate is rectangular, and the surface of the mold bottom plate is provided with a An integrated soft convex strip, the convex strip is in the shape of a net, and the convex strip is composed of a plurality of horizontal convex strips and a plurality of longitudinal convex strips, and the multiple horizontal convex strips are arranged in parallel along the length direction of the mold bottom plate, adjacent The horizontal ribs are connected by a plurality of longitudinal ribs, forming multiple rows of ceramic tile placement grooves on the surface of the mold bottom plate, and each row of tile placement grooves includes a plurality of tile placement grooves.

Further, the mold bottom plate is embedded with a reinforcing net.

Further, the reinforcing net is gauze, polyester fiber net or glass fiber net.

Further, the intervals between the ends of adjacent tile placement grooves are staggered or aligned with each other.

Further, the mold bottom plate and the protruding lines are made of mold glue.

Further, the mold glue is silica gel.

Compared with the prior art, the utility model has the following advantages: the soft mold for counter-beating tiles of the utility model can closely match the tiles; moreover, the soft mold will shrink a little after forming, and the shrinking soft mold can Further strengthen the close cooperation with the tiles to avoid the phenomenon that the pointing material penetrates through the gap between the tiles and the mold and contaminates the front of the tiles, saving time and effort, reliable quality, and low labor intensity.

Description of drawings

Fig. 1 is the front view of the utility model embodiment.

Fig. 2 is a top view of the embodiment shown in Fig. 1 .

In the figure: 1—tile placement slot, 2—convex strip, 3—enhanced net, 2-1—transverse convex strip, 2-2—longitudinal convex strip, 4—mold bottom plate.

detailed description

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

With reference to Fig. 1, Fig. 2, present embodiment comprises soft mold base plate 4, and mold base plate 4 is rectangular, and mold base plate 4 adopts mold glue to make, and mold base plate 4 is embedded with reinforcing net 3, and the surface of mold base plate 4 is designed There is a soft convex strip 2 integrated with the mold bottom plate 4. The convex strip 2 is made of mold glue. The convex strip 2 is in the shape of a net. -2 components, a plurality of horizontal convex lines 2-1 are arranged in parallel along the length direction of the mold bottom plate 4, adjacent horizontal convex lines 2-1 are connected by a plurality of longitudinal convex lines 2-2, and multiple horizontal convex lines 2-1 are formed on the surface of the mold bottom plate 4 A row of tile placement grooves 1, each row of tile placement grooves 1 includes a plurality of tile placement grooves 1, and the intervals between the ends of adjacent tile placement grooves 1 are staggered (or aligned).

In the utility model, the mold glue can be silica gel, but not limited to silica gel, it can be replaced by other soft mold glue, and the reinforcement net 3 can be gauze, polyester fiber net, glass fiber net, etc., which have reinforcing effect and are easy to bend and shape. grid cloth.

The using method of the present utility model is as follows:

1. Place the soft mold in the special mold for prefabricated wall panels and adjust the position;

2. Place the tiles face down, one by one, in the tile placement groove 1 of the soft mold, so that they fit perfectly with the soft mold;

3. Put the jointing mortar prepared according to the design requirements into the tile seam;

4. After a short period of maintenance, pour the concrete of the wall itself on the back of the tile;

4. Curing concrete to design strength;

5. Demoulding, that is to form a prefabricated wall panel in which tiles and wall panels are condensed into one, and the joints have been completed; the soft mold can be reused after cleaning.

The preparation method of the present utility model is as follows:

1. According to the designed shape, tiles are pasted on the wall according to traditional techniques, pointing and curing are completed to form a tile decorative wall, which is used as the male mold in the mold making;

2. Brush the release agent on the tile decorative wall;

3. Brush the mold glue on the decorative tile wall surface, the mold glue on the surface of the tile decorative wall forms the mold bottom plate 4, and the mold glue immersed in the tile seam forms the mesh-shaped convex strips 2; lay the reinforcing mesh 3 on the mold bottom plate 4 , brushing mold glue on the reinforcement mesh 3 to form a mold bottom plate 4 embedded with the reinforcement mesh 3;

4. Repeat step 3 as needed to form a soft mold reinforced by multi-layer reinforcement net 3 and maintain it;

5. Completely peel off the soft mold from the tile decorative wall, clean the corners, and form a female mold whose shape completely matches the tile decorative wall, which is the soft mold for anti-tile.

When the shape of the tiles is simple and standardized, plastic boards, wood boards and other similar materials can be used to carve the required male molds. The male molds are equipped with tile-shaped protrusions and tile seam grooves to replace the above-mentioned ceramic tile decorative walls as male molds, saving time. Save labor. Then brush the release agent on the engraved male mold, brush the mold glue, lay the reinforcement net, maintain it, and then peel it off completely, clean the corners, and form a soft female mold reinforced by multi-layer reinforcement mesh. Correspondingly, the soft female mold Just formed the ceramic tile placing groove 1 that can fix ceramic tile and the protruding strip 2 that is molded for ceramic tile seam on it. This mold can also be made into a corner or other desired shapes.

Those skilled in the art can carry out various modifications and variations to the embodiment of the utility model, if these modifications and variations are within the scope of the claims of the utility model and equivalent technologies thereof, then these modifications and variations are also protected by the utility model within range.

The content not described in detail in the specification is the prior art known to those skilled in the art.

Claims (6)

1. instead beat ceramic tile soft mold for one kind, it is characterized in that: comprise soft die bottom plate (4), the rectangular shape of described die bottom plate (4), the surface of described die bottom plate (4) is provided with the raised line (2) soft with die bottom plate (4) shape all-in-one-piece, described raised line (2) is netted, described raised line (2) is made up of many horizontal raised lines (2-1) and many longitudinal raised lines (2-2), many horizontal raised lines (2-1) are arranged in parallel along the length direction of die bottom plate (4), between adjacent horizontal raised line (2-1), connected by many longitudinal raised lines (2-2), form many row's ceramic tile standing grooves (1) on die bottom plate (4) surface, every row's ceramic tile standing groove (1) comprises multiple ceramic tile standing grooves (1).

2. the anti-ceramic tile soft mold of beating as claimed in claim 1, is characterized in that: described die bottom plate (4) is embedded with and strengthens net (3).

3. the anti-ceramic tile soft mold of beating as claimed in claim 2, is characterized in that: described enhancing net (3) is gauze, polyester fiber net or glass fiber mesh.

4. anti-as described in one of claim 1-3 beats ceramic tile soft mold, it is characterized in that: mutually stagger or align in the interval between adjacent ceramic tile standing groove (1) end.

5. anti-as described in one of claim 1-3 beats ceramic tile soft mold, it is characterized in that: described die bottom plate (4) and raised line (2) employing mold glue are made.

6. the anti-ceramic tile soft mold of beating as claimed in claim 5, is characterized in that: described mold glue is silica gel.