CN111270823A - Ceramic sheet heat-insulation composite board system and construction method thereof - Google Patents

Abstract

A ceramic thin plate heat-insulating composite board system and a construction method thereof are disclosed, wherein the system comprises a composite board, an anchoring component and an adhesive layer; the composite board comprises a ceramic thin plate, a heat-insulating layer and a back lining layer; the right side surface of the ceramic thin plate is adhered to the left side surface of the heat-insulating layer, and the right side surface of the heat-insulating layer is adhered to the left side surface of the back lining layer; the anchoring component is arranged on the composite board; the adhesive layer comprises an outer frame and inner rings, and the number of the inner rings is at least six; the edge of the composite board is provided with a water vapor outlet; the adhesive layer is arranged on the right side surface of the back lining layer; the method comprises the steps of base layer inspection and acceptance, datum line springing, composite board pasting, anchoring assembly installation, caulking material filling, sealant applying and board surface cleaning; the composite board is effectively arranged on the outer wall in a bonding and anchoring mode, adhesive materials are saved, the composite board has high surface strength, low water absorption rate, good heat insulation effect and strong single-point anchoring force, has better self-weight bearing capacity, and effectively avoids the potential safety hazard of high-altitude falling of the composite board.

Description

A kind of ceramic thin plate thermal insulation composite board system and construction method thereof

technical field

The invention relates to the technical field of external wall thermal insulation decorative boards, in particular to a ceramic thin board thermal insulation composite board system and a construction method thereof.

Background technique

Commonly used exterior wall thermal insulation decorative panels include the following, but they all have different shortcomings; 1. The surface coating of the traditional metal surface thermal insulation integrated composite panel has poor weather resistance, is not resistant to scratches, and is difficult to clean up with electrostatic adsorption dust and other pollutants; 2. As a natural mineral resource, natural stone is self-heavy, easy to weather, absorbs dirt on the surface, has a certain water permeability and is easily damaged and affects the durability of the thermal insulation material; 3. The plastered surface thermal insulation board has poor waterproofness, and the surface is easily scratched or damaged. It affects the durability of the thermal insulation material, and it is easy to fade and discolor, and the water absorption rate is high.

The above commonly used external wall thermal insulation decorative panels have problems to varying degrees in terms of decorative effect, use safety, post-maintenance, etc. Moreover, most of the above commonly used external wall thermal insulation decorative panels are attached to the external wall, and they will be used more when they are attached to the external wall. Adhesive materials cause waste of materials, and these adhesive materials have a slow curing speed and generally have a poor ability to bear their own weight. The single-point anchoring force in the actual use process is weak, and the possibility of falling off after long-term use Therefore, the market urgently needs a high-quality thermal insulation decorative panel structure that can solve the above drawbacks.

SUMMARY OF THE INVENTION

The purpose of the present invention is to propose a ceramic thin plate thermal insulation composite board system and a construction method thereof, which can effectively install the composite board on the outer wall by means of bonding and anchoring, save adhesive materials, and have high surface strength and low water absorption. , good thermal insulation effect, strong single-point anchoring force, and good ability to bear its own weight, effectively eliminating the safety hazard of composite panels falling off at high altitude.

For this purpose, the present invention adopts the following technical solutions:

A ceramic thin plate thermal insulation composite board system, comprising a composite board, an anchoring component and an adhesive layer;

The composite board includes a ceramic sheet, a thermal insulation layer and a backing layer;

The right side of the ceramic sheet is bonded to the left side of the thermal insulation layer, and the right side of the thermal insulation layer is bonded to the left side of the backing layer;

the anchoring assembly is arranged on the composite board;

The adhesive layer includes an outer frame and an inner ring, and the number of the inner rings is at least six; the edge of the composite board is provided with a water vapor outlet; the adhesive layer is arranged on the right side of the backing layer noodle.

Further, the anchoring assembly includes a lateral fixing piece, a connecting piece, a gasket, a pendant, a T-shaped insert and a vertical fixing piece;

The connecting piece includes a first horizontal plate and a first vertical plate, the first vertical plate is vertically arranged at one end of the first horizontal plate, the first horizontal plate is provided with an adjustment hole, and the first vertical plate is provided with an adjustment hole. with mounting holes;

The T-shaped insert includes a second horizontal plate and a second vertical plate, and the second horizontal plate is provided with a horizontal plate mounting hole;

the second horizontal plate is located above the first horizontal plate, and the spacer is arranged between the second horizontal plate and the first horizontal plate;

The vertical fixing member passes through the horizontal plate mounting hole, the gasket and the adjustment hole and fixes the second horizontal plate, the gasket and the first horizontal plate together;

the lateral fixing member is fixed to the mounting hole;

The pendant includes an adhesive part and an L-shaped plate;

The adhesive part includes a vertically arranged adhesive plate, a horizontally arranged alignment plate and a horizontally arranged bonding plate, the alignment plate is arranged at one end of the bonding plate, and the bonding plate is arranged on the bonding plate. the other end of the board;

The left side of the adhesive plate is provided with a C-shaped groove;

The L-shaped plate is arranged on the right side of the adhesive plate;

the alignment plate includes an alignment right angle;

A socket is formed between the L-shaped plate and the right side of the adhesive plate;

the second riser is inserted into the socket;

The pendant is arranged on the thermal insulation layer, the alignment plate is attached to the edge of the ceramic sheet at a right angle, and the alignment plate is attached to the right side of the ceramic sheet;

A dry-hanging adhesive layer is filled between the C-shaped groove and the right side of the right side of the ceramic sheet.

Further, the thickness X of the ceramic thin plate is 3-8mm.

Further, the thermal insulation layer is one of a reinforced vertical filament rock wool composite board, an unglazed foamed ceramic thermal insulation board, a foam glass thermal insulation board, an XPS thermal insulation board, an EPS thermal insulation board and a PU thermal insulation board.

Further, the backing layer is one of cement fiber board, cement fiber cloth or glass magnesium board.

Further, the transverse fixing member is an expansion bolt.

Further, both the pendant and the T-shaped insert are made of aluminum alloy.

Further, the adjustment holes are bar-shaped holes.

Further, the thickness of the gasket is 0.9-1.1 mm.

A construction method of a ceramic thin plate thermal insulation composite plate system, comprising the following steps:

1. Basic inspection and acceptance:

The outer side of the base wall is leveled with cement mortar, and its thickness can be determined according to the flatness of the wall;

The tensile bond strength between the leveling layer and the base wall shall not be lower than 0.3MPa;

2. Ejection baseline:

Pop up the horizontal, vertical control lines, expansion stitches and decorative stitches of the exterior doors and windows on the wall. The vertical reference line of construction is placed at the top of the building. The horizontal reference line of construction is the yin and yang corner lines or contour lines, and the reference lines are all busy. construction;

Pop up the composite board installation line, hang vertical reference lines at the outer corners, inner corners and other necessary places of the building exterior wall, and hang the horizontal line at the set position of each floor;

3. Paste the composite board:

Paste the composite board from bottom to top;

The composite board is pasted by the frame point method, the width of the adhesive is smeared on the frame of the composite board with a width of 100mm, and a 50mm wide gap is scraped on the edge of the composite board with a spatula, and then evenly spread on the middle of the composite board. The diameter of each bonding point is not less than 150mm;

Press the glued composite board to the wall with a suction cup, and adjust the position of the composite board to keep the entire board surface flat, align the grid seams, horizontal and vertical, and neatly arranged;

Fourth, install the anchor components:

Install the anchor components in time after each composite board is pasted;

Screw-in anchors are tightened with an electric screwdriver, and the anchors must not be knocked into the wall;

5. Filling and caulking materials:

After the composite board is pasted for 24 hours, the caulking material should be filled, and the depth of the caulking material from the board surface should not be less than 5mm; the diameter of the foam rod should be 1.2 times to 1.5 times the gap of the composite board, and the thickness of the inorganic board should be 1mm to 2mm smaller than the gap of the composite board. ;

When calcium silicate cement board, gypsum board or refractory fiber rope is used as the fireproof caulking material, the fireproof caulking material shall fill the transverse board seam, and the cross seam shall be continuous without interruption at the vertical board seam. Paste the composite board simultaneously;

Six, play sealant:

After the caulking material is filled, the weather-resistant sealant can be applied, and the sealant is applied from top to bottom. After cleaning the board surface at the seam of the composite board, stick masking tape along both sides of the seam;

The depth of the sealant is 50% of the seam width and not less than 5mm. After the glue is applied, the paper tape is pulled off, and the masking tape is pasted on the board for no more than 2 hours;

Seven, clean up the board:

After the sealant is dry, treat the board surface of the composite board. First, remove the ash and dirt on the edge of the composite board. When there is adhesive residue, use a clean towel to remove it.

According to the above content, the present invention proposes a ceramic thin plate thermal insulation composite board system and a construction method thereof. The composite board is effectively installed on the outer wall by means of bonding and anchoring, which saves adhesive materials, and has high surface strength and low water absorption. , good thermal insulation effect, strong single-point anchoring force, and good ability to bear its own weight, effectively eliminating the safety hazard of composite panels falling off at high altitude.

Description of drawings

Fig. 1 is a partial structural schematic diagram of a system according to one embodiment of the present invention;

2 is a schematic structural diagram of an anchor assembly according to an embodiment of the present invention;

FIG. 3 is a partial structural schematic diagram of an anchor assembly according to one embodiment of the present invention;

4 is a schematic structural diagram of a pendant according to an embodiment of the present invention;

5 is a schematic structural diagram of a T-shaped plug-in according to an embodiment of the present invention;

Fig. 6 is a schematic structural diagram of a composite board according to one embodiment of the present invention; (mainly showing the adhesive layer) wherein: ceramic sheet 81, thermal insulation layer 82, backing layer 83, thickness X, lateral fixing member 1, dry hanging glue Layer 101, sealant 103, connector 2, first horizontal plate 21, adjustment hole 211, first vertical plate 22, mounting hole 221, gasket 3, pendant 4, adhesive part 41, adhesive plate 411, C type Slot 4111, Alignment Plate 412, Align Right Angle 4121, Adhesive Plate 413, L-shaped Plate 42, T-shaped Insert 5, Second Horizontal Plate 51, Horizontal Plate Mounting Hole 511, Second Vertical Plate 52, Socket 53, Vertical Fixture 6. Outer wall 7, composite board 91, water vapor outlet 911, anchor assembly 92, adhesive layer 93, outer frame 931, inner ring 932.

Detailed ways

The technical solutions of the present invention are further described below with reference to the accompanying drawings and through specific embodiments.

As shown in Figures 1-6, a ceramic thin plate thermal insulation composite board system of this embodiment is mainly used for new construction, reconstruction, expansion of civil buildings with an elevation of no more than 100m, and energy-saving renovation of existing building exterior walls.

A ceramic thin plate thermal insulation composite board system, comprising a composite board 91, an anchoring component 92 and an adhesive layer 93;

The composite plate includes a ceramic thin plate 81, a thermal insulation layer 82 and a backing layer 83;

The right side of the ceramic sheet 81 is bonded to the left side of the thermal insulation layer 82, and the right side of the thermal insulation layer 82 is bonded to the left side of the backing layer 83;

the anchor assembly 92 is arranged on the composite board 91;

The adhesive layer 93 includes an outer frame 931 and an inner ring 932, and the number of the inner rings 932 is at least six; the edge of the composite board 91 is provided with a water vapor outlet 911; the adhesive layer 93 is arranged on the the right side of the backing layer 3;

The anchoring assembly 92 includes a lateral fixing member 1, a connecting member 2, a washer 3, a hanging member 4, a T-shaped insert 5 and a vertical fixing member 6;

The connecting member 2 includes a first horizontal plate 21 and a first vertical plate 22, the first vertical plate 22 is vertically arranged on one end of the first horizontal plate 21, and the first horizontal plate 21 is provided with an adjustment hole 211 , the first vertical plate 22 is provided with a mounting hole 221;

The T-shaped insert 5 includes a second horizontal plate 51 and a second vertical plate 52, and the second horizontal plate 51 is provided with a horizontal plate mounting hole 511;

The second horizontal plate 51 is located above the first horizontal plate 21 , and the gasket 3 is arranged between the second horizontal plate 51 and the first horizontal plate 21 ;

The vertical fixing member 6 passes through the horizontal plate mounting hole 511, the gasket 3 and the adjustment hole 211 and fixes the second horizontal plate 51, the gasket 3 and the first horizontal plate 21 together;

The lateral fixing member 1 is fixed to the mounting hole 221;

The pendant 4 includes an adhesive portion 41 and an L-shaped plate 42;

The adhesive portion 41 includes a vertically arranged adhesive plate 411, a horizontally arranged alignment plate 412 and a horizontally arranged bonding plate 413. The alignment plate 412 is arranged at one end of the adhesive plate 411. 413 is arranged on the other end of the adhesive plate 411;

The left side of the adhesive plate 411 is provided with a C-shaped groove 4111;

The L-shaped plate 42 is arranged on the right side of the adhesive plate 411;

The alignment plate 412 includes an alignment right angle 4121;

A socket 53 is formed between the L-shaped plate 42 and the right side of the adhesive plate 411;

the second riser 52 is inserted into the socket 53;

The pendant 4 is arranged on the thermal insulation layer 82 , the alignment right angle 4121 is attached to the edge of the ceramic sheet 81 , and the alignment plate 412 is attached to the right side of the ceramic sheet 81 ;

A dry-hanging adhesive layer 101 is filled between the C-shaped groove 4111 and the right side of the right side of the ceramic sheet 81 .

In this embodiment, the ceramic thin plate 81, the thermal insulation layer 82 and the backing layer 83 are bonded by epoxy resin; the ceramic thin plate 81 has high surface strength and excellent physical and chemical properties (wear-resistant Anti-scratch, acid and alkali resistance, freeze-thaw resistance), low water absorption rate, can effectively waterproof and moisture-proof; the thermal insulation layer 82 has thermal insulation effect, so that the composite board 91 as a whole also has thermal insulation effect; because in the process of actual use, all the The right side of the backing layer 83 of the composite board 913 is bonded to the base wall through the adhesive layer 93. Therefore, by arranging the backing layer 83, the base wall, the adhesive layer 93 and the composite board are solved. 91 Compatibility issues.

The adhesive layer 93 in this embodiment is adhesive mortar.

Since the adhesive layer 93 includes an outer frame 931 and an inner ring 932, the number of the inner rings 932 is at least six; on the one hand, materials for bonding mortar are saved, thereby saving costs; The edge of the composite board 91 is provided with a water vapor outlet 911 to improve the curing speed of the bonding mortar.

The vertical fixing member 6 passes through the horizontal plate mounting hole 511, the gasket 3 and the adjustment hole 211 and fixes the second horizontal plate 51, the gasket 3 and the first horizontal plate 21 together, so the The horizontal plate mounting hole 511 , the spacer 3 and the first horizontal plate 21 are located inside the composite plate 91 after being fixed, and the first vertical plate 22 is located outside the composite plate 91 , specifically on the backing of the composite plate 91 . The right side of layer 83.

When the anchoring assembly 92 is in use, the pendant 4 is placed at the end of the composite plate 91 , so that the single-point anchoring capability of the composite plate 91 is stronger, the C-shaped groove 4111 and the right side of the ceramic thin plate 81 The dry hanging glue layer 101 is filled between the surfaces, so that the pendant 4 is directly bonded to the right side of the ceramic sheet 81, which improves the single-point anchoring force of the composite board 91 and avoids the composite board 91 due to insufficient anchoring strength. shedding.

The pendant 4 is attached to the ceramic sheet 81 by dry-hanging glue, and the amount of glue directly affects the single-point anchoring force.

The aligning right angle 4121 is attached to the edge of the ceramic sheet 81 , in order to avoid the displacement of the pendant 4 when the dry-hanging adhesive layer 101 is completely cured, and ensure the accuracy of the anchoring position of the pendant 4 .

In the process of actual use, the composite board 91 needs to be attached to the outside of the wall. Therefore, in order to improve the supporting effect between the adjacent composite boards 91, since the adjacent composite boards 91 all have the pendant 4, that is, the adjacent composite boards The composite boards 91 all have sockets 53. By inserting the second vertical plate 52 into the sockets 53 of the adjacent composite boards 91, the supporting effect between the adjacent composite boards 91 can be improved, and the composite board 91 can be effectively eliminated. There are safety hazards such as the plate 91 falling off from a high altitude, so as to ensure its safe use.

As mentioned above, the first riser 22 is located outside the composite board 91 , specifically on the right side of the backing layer 83 of the composite board 91 , and the mounting holes 221 are arranged on the first riser 22 . Therefore, the lateral fixing member 1 can be used to fix the mounting hole 221, and the first vertical plate 22 can be fixed to the outer wall 7 through the lateral fixing member 1, and the composite plate 91 can be further anchored. 7 on the outer wall.

In addition, since the gasket 3 is provided between the second horizontal plate 51 and the first horizontal plate 21 , the gasket 3 plays the role of isolating the cold-heat bridge and preventing metal corrosion.

Therefore, a ceramic thin plate thermal insulation composite board system in this embodiment effectively installs the composite board 91 on the outer wall 7 by means of bonding and anchoring, and has high surface strength, low water absorption, good thermal insulation effect, and single point The anchoring force is strong, and it has a good ability to bear its own weight, which effectively eliminates the potential safety hazard of the composite board 91 falling off at high altitude.

Further, the thickness X of the ceramic thin plate 81 is 3-8 mm.

The ceramic thin plate 81 cannot be made too thick. If it is made too thick, the cost will be too high, and the accessories need to be customized. If it is made too thin, the structural strength and impact resistance will be weakened. After testing, the ceramic thin plate made according to the above size range most suitable for use.

Further, the thermal insulation layer 82 is one of a reinforced vertical filament rock wool composite board, an unglazed foamed ceramic thermal insulation board, a foam glass thermal insulation board, an XPS thermal insulation board, an EPS thermal insulation board and a PU thermal insulation board.

The thermal insulation layer 82 can be selected from the above-mentioned thermal insulation boards according to the actual situation, wherein the XPS thermal insulation board refers to extruded polystyrene thermal insulation board, the EPS thermal insulation board refers to the fireproof honeycomb insulation thermal insulation board, and the PU thermal insulation board refers to the thermal insulation board. It is a polyurethane energy-saving thermal insulation board.

Further, the backing layer 83 is one of cement fiber board, cement fiber cloth or glass magnesium board.

Selecting one of cement fiber board, cement fiber cloth or glass magnesium board for the backing layer 83 can effectively solve the compatibility problem of the base wall, the bonding mortar and the composite board.

Further, the lateral fixing member 1 is an expansion bolt.

The composite panels are effectively anchored to the outer wall 7 .

Further, the pendant 4 and the T-shaped insert 5 are both made of aluminum alloy.

The overall structure of the pendant 4 and the T-shaped plug-in 5 is light and durable, and has good anti-corrosion and anti-rust performance.

Further, the adjustment holes 211 are strip-shaped holes.

The vertical fixing member 6 passes through the horizontal plate mounting hole 511 , the gasket 3 and the adjustment hole 211 and fixes the second horizontal plate 51 , the gasket 3 and the first horizontal plate 21 together, so that the The adjustment holes 211 are arranged as strip-shaped holes, so it is convenient to adjust the lateral position between the horizontal plate mounting holes 511 and the first horizontal plate 21 .

Further, the thickness of the gasket 3 is 0.9-1.1 mm.

The thickness of the gasket 3 in this embodiment is 1 mm, which can not only play the role of isolating the cold and heat bridges and prevent metal corrosion, but also will not make the gasket too thick, so that the anchoring assembly 92 is neat and thin.

Further, the surface of the connector 2 is provided with a galvanized layer.

Improve its anti-rust effect.

Further, the vertical fixing member 6 is a bolt.

By using bolts, the assembly between the second transverse plate 51 , the spacer 3 and the first transverse plate 21 is facilitated.

A construction method of a slotted ceramic thin plate thermal insulation composite board system, comprising the following steps:

1. Basic inspection and acceptance:

Construction should be carried out after the acceptance of the main structure project, and construction should be carried out after the quality of the base wall is qualified. The base wall that does not meet the requirements shall be leveled and shall meet the following requirements:

1.1) The outer side of the base wall should be leveled with cement mortar, and its thickness can be determined according to the flatness of the wall;

1.2) The tensile bond strength between the leveling layer and the base wall should not be lower than 0.3MPa;

2. Ejection baseline:

2.1) On the base wall that meets the requirements, according to the relevant technical requirements of building facade design and external insulation of external walls, the horizontal and vertical control lines of external doors and windows, as well as expansion stitches, decorative stitches, etc., are popped up on the wall. Generally, the vertical reference line of construction should be placed at the top of the building, and the horizontal reference line of construction should be the yin and yang corner lines or characteristic contour lines, and the reference lines should be used for construction.

2.2) Pop up the installation line of the composite board 91 on the wall according to the requirements of the design drawings, hang vertical reference lines at the external corners, negative corners and other necessary places of the building exterior wall, and hang a horizontal line at an appropriate position on each floor to control the construction process of the composite board 91 verticality and flatness.

3. Paste the composite board 91:

3.1) The adhesive should be prepared in the order of adding water or glue first, then adding powder. The prepared adhesive should pay attention to sun protection and wind protection, and should be prepared according to the amount within the operable time; Use up (summer construction should be used up within 2h).

3.2) Paste the composite board 91 from bottom to top.

3.3) It is advisable to stick the composite board 91 by frame point bonding. Apply the adhesive on the frame of the conventional size composite board 91 with a width of 100mm, and scrape a 50mm wide gap on the upper side of the composite board 91 with a spatula, and then evenly apply it in the middle of the composite board 91. At least six bonding points (ie inner ring 932), each of which has a diameter of not less than 150mm. The adhesive width and the number of bonding points should be determined according to the bonding area ratio requirements.

3.4) Immediately press the glued composite board 91 to the wall with a suction cup, and adjust the position of the composite board 91 so that the entire board surface is kept flat, aligned with the grid seams, horizontal and vertical, and neatly arranged.

3.5) Fire isolation belts and small-sized thermal insulation decorations should be fully glued by strip bonding method, and the bonding area ratio should be appropriately increased for the external corners of buildings, around the openings of doors and windows, and walls within a height of 2.0m from the outdoor floor.

3.6) The composite board 91 should not be cut on site.

Fourth, install the anchor assembly 92:

4.1) Anchors should be installed in time after each composite board 91 is pasted;

4.2) When the fastener consists of two parts, the assembly should be basically completed before installation, and the assembly should be basically completed before installation. A certain adjustment allowance can be reserved for the fastening bolts before installation, and then tightened after the installation is adjusted in place.

4.3) Drill with a suitable diameter drill bit, and the drilling depth should be greater than the length of the anchor bolt.

4.4) Screw-in anchors should be tightened with an electric screwdriver, and the anchors should not be knocked into the wall.

5. Filling and caulking materials:

5.1) Fill the caulking material after the composite board 91 is pasted for 24 hours, and the depth of the caulking material from the board surface should not be less than 5mm. The diameter of the foam rod should be 1.2 to 1.5 times the gap between the plates, and the thickness of the inorganic sheet should be 1mm to 2mm smaller than the gap between the plates.

5.2) When using fire-resistant caulking materials such as calcium silicate cement board, gypsum board or refractory fiber rope, the fire-resistant caulking material should fill the horizontal board seam, and the cross seam should be continuous, and should not be interrupted at the vertical board seam. The fireproof caulking material should be carried out simultaneously with the bonding of the composite board 91 .

Six, play sealant 103:

6.1) After filling the caulking material, the weather-resistant sealant 103 can be applied, and the special glue gun should be used to apply the sealant 103. The sealant 103 should be applied from top to bottom. After the surface of the joint of the composite board 91 should be cleaned, the masking tape should be pasted along both sides of the joint.

6.2) The depth of the sealant 103 is 50% of the seam width and should not be less than 5mm. After gluing, the paper tape should be pulled off, and the masking tape should not be pasted on the board surface for more than 2 hours, so as to avoid the board surface caused by uncleanness. stains.

Seven, clean up the board:

The surface of the board should be treated after the sealant 103 is dry and solid. The ash and dirt on the edge of the composite board 91 should be removed first. When there is adhesive residue, it should be cleaned with a clean towel.

The technical principle of the present invention has been described above with reference to the specific embodiments. These descriptions are only for explaining the principle of the present invention, and should not be construed as limiting the protection scope of the present invention in any way. Based on the explanations herein, those skilled in the art can think of other specific embodiments of the present invention without creative efforts, and these methods will fall within the protection scope of the present invention.

Claims (10)

1. The utility model provides a ceramic sheet metal thermal protection composite panel system which characterized in that: comprises a composite board, an anchoring component and an adhesive layer;

the composite plate comprises a ceramic thin plate, a heat-insulating layer and a back lining layer;

the right side surface of the ceramic thin plate is adhered to the left side surface of the heat-insulating layer, and the right side surface of the heat-insulating layer is adhered to the left side surface of the back lining layer;

the anchoring assembly is arranged on the composite plate;

the adhesive layer comprises an outer frame and inner rings, and the number of the inner rings is at least six; the edge of the composite board is provided with a water vapor outlet; the adhesive layer is arranged on the right side face of the backing layer.

2. The ceramic sheet thermal composite panel system of claim 1, wherein: the anchoring assembly comprises a transverse fixing piece, a connecting piece, a gasket, a hanging piece, a T-shaped plug-in and a vertical fixing piece;

the connecting piece comprises a first transverse plate and a first vertical plate, the first vertical plate is vertically arranged at one end of the first transverse plate, the first transverse plate is provided with an adjusting hole, and the first vertical plate is provided with a mounting hole;

the T-shaped plug-in comprises a second transverse plate and a second vertical plate, and the second transverse plate is provided with a transverse plate mounting hole;

the second transverse plate is positioned above the first transverse plate, and the gasket is arranged between the second transverse plate and the first transverse plate;

the vertical fixing piece penetrates through the transverse plate mounting hole, the gasket and the adjusting hole and fixes the second transverse plate, the gasket and the first transverse plate together;

the transverse fixing piece is fixed in the mounting hole;

the hanger comprises an adhesive part and an L-shaped plate;

the bonding part comprises a bonding plate which is vertically arranged, an alignment plate which is transversely arranged and a binding plate which is transversely arranged, wherein the alignment plate is arranged at one end of the bonding plate, and the binding plate is arranged at the other end of the bonding plate;

a C-shaped groove is formed in the left side of the bonding plate;

the L-shaped plate is arranged on the right side surface of the bonding plate;

the alignment plate includes an alignment right angle;

a socket is enclosed between the L-shaped plate and the right side surface of the adhesive plate;

the second riser is inserted into the socket;

the hanging piece is arranged on the heat preservation layer, the alignment right angle is attached to the edge of the ceramic thin plate, and the alignment plate is attached to the right side face of the ceramic thin plate;

and a dry-hanging glue layer is filled between the C-shaped groove and the right side surface of the ceramic thin plate.

3. The ceramic sheet thermal composite panel system of claim 1, wherein: the thickness X of the ceramic thin plate is 3-8 mm.

4. The ceramic sheet thermal composite panel system of claim 1, wherein: the heat preservation layer is one of reinforcing vertical filament rock wool composite sheet, glaze-free face foamed ceramic heated board, foam glass heated board, XPS heated board, EPS heated board and PU heated board.

5. The ceramic sheet thermal composite panel system of claim 1, wherein: the back lining layer is one of a cement fiber board, cement fiber cloth or a glass magnesium board.

6. The ceramic sheet thermal composite panel system of claim 2, wherein: the transverse fixing piece is an expansion bolt.

7. The ceramic sheet thermal composite panel system of claim 2, wherein: the pendant and the T-shaped plug-in are made of aluminum alloy.

8. The ceramic sheet thermal composite panel system of claim 2, wherein: the adjusting holes are strip-shaped holes.

9. The ceramic sheet thermal composite panel system of claim 2, wherein: the thickness of the gasket is 0.9-1.1 mm.

10. A construction method of a ceramic thin plate heat-insulation composite plate system is characterized by comprising the following steps: the method comprises the following steps:

first, basic level inspection and acceptance:

the outer side of the base layer wall body is leveled by adopting cement mortar, and the thickness of the base layer wall body can be determined according to the flatness of the wall surface;

the tensile bonding strength of the leveling layer and the base layer wall body is not lower than 0.3 MPa;

II, popping the datum line:

popping out horizontal and vertical control lines, expansion stitches and decoration stitches of the outer door and window on the wall surface, placing a longitudinal construction datum line at the top end of a building, and constructing a transverse construction datum line which is a male-female corner line or a contour line, wherein the datum lines all occupy the line for construction;

popping up a composite board installation line, hanging vertical datum lines at the external corner, the internal corner and other necessary positions of the building external wall, and hanging a horizontal line at the set position of each floor;

thirdly, pasting the composite board:

pasting the composite board from bottom to top;

the composite board is adhered by adopting a frame point method, the width of an adhesive is coated on the frame of the composite board and is 100mm, a gap with the width of 50mm is scraped at the edge of the composite board by a spatula, and then at least six bonding points are uniformly coated in the middle of the composite board, wherein the diameter of each bonding point is not less than 150 mm;

pressing the glued composite board to the wall surface by using a sucking disc, and adjusting the position of the composite board to keep the whole board surface flat, aligned with the dividing joint, horizontally flat, vertically arranged and neatly arranged;

fourthly, mounting an anchoring component:

an anchoring component is installed in time after each composite board is pasted;

the screw-in type anchor bolt is screwed down by using an electric screwdriver, and the anchor bolt cannot be knocked into a wall;

fifthly, caulking material filling:

filling a caulking material after the composite board is pasted for 24 hours, wherein the depth of the caulking material from the board surface is not less than 5 mm; the diameter of the foam rod is 1.2-1.5 times of the gap of the composite board, and the thickness of the inorganic board is 1-2 mm smaller than the gap of the composite board;

when calcium silicate cement boards, gypsum boards or fire-resistant fiber ropes are used as the fireproof caulking materials, the fireproof caulking materials fill transverse board seams, the transverse board seams are continuous when meeting cross seams and are not interrupted at vertical board seams, and filling the fireproof caulking materials and pasting the composite boards are carried out synchronously;

sixthly, sealant application:

after the caulking material is filled, the weather-resistant sealant can be applied, the sealant is applied from top to bottom, and after the surface of the joint of the composite board is cleaned up, masking tape is adhered along the two sides of the joint;

the depth of the sealant is 50% of the width of the seam and is not less than 5mm, the paper adhesive tape is pulled off after the glue is applied, and the masking paper adhesive tape is stuck on the board surface for not more than 2 hours;

seventhly, cleaning the board surface:

and (3) treating the board surface of the composite board after the sealant is dried and solidified, firstly removing the coating dust and dirt on the edge of the composite board, and when the adhesive remains, cleaning the composite board by using a clean towel.

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