CN102392515B - Fluorocarbon metal light composite board and manufacturing method thereof - Google Patents
Fluorocarbon metal light composite board and manufacturing method thereof Download PDFInfo
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- CN102392515B CN102392515B CN 201110212225 CN201110212225A CN102392515B CN 102392515 B CN102392515 B CN 102392515B CN 201110212225 CN201110212225 CN 201110212225 CN 201110212225 A CN201110212225 A CN 201110212225A CN 102392515 B CN102392515 B CN 102392515B
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Abstract
The invention relates to a common wall hanging board and manufacturing method thereof, which discloses a fluorocarbon metal light composite board and manufacturing method thereof; the fluorocarbon metal light composite board comprises an inner layer and an outer layer, the inner layer is a foam thermal insulation layer, the outer layer is an aluminum veneer, the outer surface of the aluminum veneer is adhered with a fluorocarbon layer, grids are provided in the foam thermal insulation layer, the grids are formed by interlacing reinforcing ribs provided in the vertical direction and reinforcing ribs provided in the horizontal direction, bolt fixing grooves for fixing the composite board and the wall are provided on the reinforcing ribs provided in the vertical direction and reinforcing ribs provided in the horizontal direction, several guide holes are provided on the reinforcing ribs provided in the vertical direction, and a mucilage glue layer is provided between the grids and the aluminum veneer. The invention further discloses a manufacturing method of the fluorocarbon metal light composite board, according to the technical solution in the invention, the manufactured fluorocarbon metal light composite board product is good in thermal insulation performance, good in heat insulation effect, high in strength, saving in material and easy to divide.
Description
Technical field
Body of wall link plate of the architectural use that the present invention relates to use always and preparation method thereof relates in particular to a kind of economy, environmental protection, heat insulation fluorine carbon metal light type composite panel and preparation method thereof.
Background technology
In recent years, utilize heat insulation, light, the body of wall link plate that uses on the energy-conservation novel building more and more is much accounted of, country also begins to advocate architectural energy-conservation slogan, the body of wall link plate that has also occurred various architectural use in the market, but it is poor with fireproof performance that insulation usually appears in the body of wall link plate of traditional architectural use, the heat-insulating sound-insulating effect is bad, the shortcoming that combined strength is not high, the body of wall link plate is single simultaneously, loaded down with trivial details, be not easy to transportation, the very difficult cutting that has, or be not easy to after cutting down install, most body of wall link plate rigidity of making is not strong in addition, bending fracture easily, can't cater to the environmental protection in market, energy-conservation, insulation, the demand of bend resistance, therefore, how further to optimize body of wall link plate of architectural use and preparation method thereof, reaching simple aspect manufacturing and the use, economical and practical effect is that pendulum is with the difficult problem of ours always.
Summary of the invention
The preparation method that the present invention is directed to the body of wall link plate of the architectural use that exists in the prior art causes that the heat-insulating property of fluorine carbon metal light type composite panel finished product of output is poor, effect of heat insulation is bad, intensity is not high, expense material, the problem that is difficult for cutting apart, and a kind of economic, practical fluorine carbon metal light type composite panel and preparation method thereof is provided.
A kind of fluorine carbon metal light type composite panel, comprise two-layer up and down, the upper strata is insulated foam coating, lower floor is aluminum veneer, be stained with fluorocarbon layer on the aluminum veneer external surface, be provided with grid in the described insulated foam coating, grid is bored a hole in length and breadth to interlock with the reinforcing rib of laterally placing by the reinforcing rib of vertical placement and is formed, vertically the reinforcing rib of placing and the reinforcing rib laterally placed are provided with the fixedly bolt groove of composite plate and body of wall, vertically the reinforcing rib of placing is provided with several pod apertures, is provided with adhesive-layer between grid and the aluminum veneer.In this structure, the upper strata is that insulated foam coating, lower floor are stained with fluorocarbon layer to be conducive to improve heat-insulating property, to strengthen effect of heat insulation on aluminum veneer, the aluminum veneer external surface; Be provided with in the described insulated foam coating grid, grid by the reinforcing rib of vertical placement and the reinforcing rib laterally placed bore a hole in length and breadth the staggered structure that forms be conducive to improve composite plate firmly, intensity and planeness, be difficult for the bending fracture and reduce the thickness of Face veneer; Vertically the reinforcing rib of placing and the reinforcing rib laterally placed are provided with fixedly that the bolt groove of composite plate and body of wall is conducive to arbitrarily after the cutting equidistant bolt groove is arranged still all in integral product, are convenient to make, installation, fix; Blowing agent was connected by pod apertures when vertically the reinforcing rib of placing was provided with several pod apertures and is conducive to foam on the one hand, increased firm intensity; Save material on the one hand in addition yet, be provided with adhesive-layer between grid and the aluminum veneer and be conducive to both firm, grid and aluminum veneer do not break away from.
Be stained with fluorine carbon background color layer, fluorine carbon texture layer, uvioresistant UV layer on the described aluminum veneer external surface from inside to outside successively.This structure is conducive to antiultraviolet, solarization against sunshine, strengthens insulation and fireproof performance, and soundproof effect is good.
The reinforcing rib of described vertical placement and the reinforcing rib of laterally placing are aluminum products.It is light, firm that this structure is conducive to fluorine carbon metal light type composite panel,
The junction is by some glue or fixed towards rivet clasp between the reinforcing rib of the reinforcing rib of described vertical placement and laterally placement.This structure is conducive to the firm of composite plate integral body, not easy fracture.
Described aluminum veneer thickness is 1-2mm, and the foam heat-insulating layer thickness is 2.5-4cm, and described grid height is 1.5-3cm.This structure is conducive to save material, and product is light, be convenient to transportation, cut apart, be conducive to product firmly, easy fracture not, reach best heat-insulating property.
Be equidistant arrangement between the reinforcing rib of described vertical placement, laterally be equidistant arrangement between the reinforcing rib of placing.This structure is conducive to increase the smooth firmness of composite plate integral body.
A kind of preparation method of fluorine carbon metal light type composite panel, its preparation method step is as follows:
First step: get an aluminum veneer, its surface is carried out after chromaking handles, at its external surface fluorine carbon background color layer, fluorine carbon texture layer, uvioresistant UV layer in the spraying successively from inside to outside, place stand-by again;
Second step: get the some aluminum reinforcing ribs that offer bolt groove and pod apertures and vertically place, getting some again offers not boring a hole in length and breadth with the aluminum reinforcing rib of the aluminum reinforcing rib of pod apertures and above-mentioned vertical placement of bolt groove and is staggeredly placed, grid by some glue or fixed towards rivet clasp, is made in junction between the reinforcing rib of vertically placing and the reinforcing rib of laterally placing;
Third step: get the aluminum veneer of handling in the first step and be placed on automatically and beat on the Jiao Tai, single face is stamped adhesive-layer on the aluminum veneer inner surface, and is stand-by;
The 4th step: get the grid that makes in second step and place on the aluminum veneer of being with adhesive-layer, carry out bonding, curing;
The 5th step: put into the mould of making in advance that is used for foaming, water intaking, cement, animal protein foaming agent, swell soil are mixed, and foam in the mould that reinjects;
The 6th step: after waiting to solidify, mold removal a kind of fluorine carbon metal light type composite panel.
The fluorine carbon metal light type composite panel good heat insulating that above-mentioned steps is made, good heat-insulation effect, intensity height, save material, easily cut apart.
Percentage by weight at the blowing agent component described in the 5th step is: water accounts for 30-40%, cement and accounts for that 20-60%, animal protein foaming agent account for 2-10%, swell soil accounts for 5-10%.This composition proportion more is conducive to cause fluorine carbon metal light type composite panel good heat insulating, good heat-insulation effect, the intensity height made.
Percentage by weight at the blowing agent component described in the 5th step is: water accounts for 32%, cement accounts for 50%, animal protein foaming agent accounts for 8%, swell soil accounts for 10%.This composition proportion is conducive to cause fluorine carbon metal light type composite panel good heat insulating, good heat-insulation effect, the intensity height made most.
According to technical scheme of the present invention, the upper strata is that insulated foam coating, lower floor are stained with fluorocarbon layer to be conducive to improve heat-insulating property, to strengthen effect of heat insulation on aluminum veneer, the aluminum veneer external surface; Be provided with in the described insulated foam coating grid, grid by the reinforcing rib of vertical placement and the reinforcing rib laterally placed bore a hole in length and breadth the staggered structure that forms be conducive to improve composite plate firmly, intensity and planeness, be difficult for the bending fracture and reduce the thickness of Face veneer; Vertically the reinforcing rib of placing and the reinforcing rib laterally placed are provided with fixedly that the bolt groove of composite plate and body of wall is conducive to arbitrarily after the cutting equidistant bolt groove is arranged still all in integral product, are convenient to make, installation, fix; Blowing agent was connected by pod apertures when vertically the reinforcing rib of placing was provided with several pod apertures and is conducive to foam on the one hand, increased firm intensity; Save material on the one hand in addition yet, be provided with adhesive-layer between grid and the aluminum veneer and be conducive to both firm, grid and aluminum veneer do not break away from.This is easy, effectively make the method for fluorine carbon metal light type composite panel, cause the fluorine carbon metal light type composite panel finished product of output good heat insulating, good heat-insulation effect, intensity height, save material, easily cut apart.
Description of drawings
Fig. 1 is perspective view of the present utility model;
Fig. 2 is that internal construction of the present utility model is launched schematic diagram;
Fig. 3 is the partial structurtes enlarged diagram of Fig. 1;
Fig. 4 is the partial structurtes enlarged diagram of Fig. 2.
The specific embodiment
Below in conjunction with accompanying drawing and the specific embodiment the present invention is described in further detail:
Embodiment 1
As Fig. 1, Fig. 2, Fig. 3, shown in Figure 4, a kind of fluorine carbon metal light type composite panel, comprise two-layer up and down, the upper strata is insulated foam coating 2, lower floor is aluminum veneer 1, be stained with fluorocarbon layer on aluminum veneer 1 external surface, be provided with grid 21 in the described insulated foam coating 2, grid 21 is bored a hole in length and breadth to interlock with the reinforcing rib of laterally placing 212 by the reinforcing rib 211 of vertical placement and is formed, the reinforcing rib of vertically placing 211 and the reinforcing rib of laterally placing 212 are provided with bolt groove 4, vertically the reinforcing rib of placing 211 is provided with several pod apertures 2111, is provided with adhesive-layer 3 between grid 21 and the aluminum veneer 1.Be stained with spraying background color layer 11, fluorine carbon texture layer 12, uvioresistant UV layer 13 on described aluminum veneer 1 external surface from inside to outside successively.The reinforcing rib 211 of described vertical placement and the reinforcing rib of laterally placing 212 are aluminum products.The junction is fixed by a glue between the reinforcing rib 212 of the reinforcing rib 211 of described vertical placement and laterally placement.Described adhesive-layer 3 is gelatine glue.Being equidistant arrangement between the reinforcing rib 211 of described vertical placement, also is equidistant arrangement between the reinforcing rib of placing 212 laterally.Described aluminum veneer 1 thickness is 1mm; The thickness of described insulated foam coating is 2.5cm; Described grid height is 1.5cm.
A kind of preparation method of fluorine carbon metal light type composite panel, its preparation method step is as follows:
First step: get an aluminum veneer, its surface is carried out after chromaking handles, at its external surface fluorine carbon background color layer, fluorine carbon texture layer, uvioresistant UV layer in the spraying successively from inside to outside, place stand-by again;
Second step: get the some aluminum reinforcing ribs that offer bolt groove and pod apertures and vertically place, getting some again offers not boring a hole in length and breadth with the aluminum reinforcing rib of the aluminum reinforcing rib of pod apertures and above-mentioned vertical placement of bolt groove and is staggeredly placed, junction between the reinforcing rib of vertically placing and the reinforcing rib of laterally placing is fixed by a glue, made grid;
Third step: get the aluminum veneer of handling in the first step and be placed on automatically and beat on the Jiao Tai, single face is stamped adhesive-layer on the aluminum veneer inner surface, and is stand-by;
The 4th step: get the grid that makes in second step and place on the aluminum veneer of being with adhesive-layer, carry out bonding, curing;
The 5th step: put into the mould of making in advance that is used for foaming, get weight ratio and account for 32% water, account for 50% cement, account for 8% animal protein foaming agent, account for 10% swell soil and be mixed, foam in the mould that reinjects;
The 6th step: after waiting to solidify, mold removal a kind of fluorine carbon metal light type composite panel.
As Fig. 1, Fig. 2, Fig. 3, shown in Figure 4, a kind of fluorine carbon metal light type composite panel, comprise two-layer up and down, the upper strata is insulated foam coating 2, lower floor is aluminum veneer 1, be stained with fluorocarbon layer on aluminum veneer 1 external surface, be provided with grid 21 in the described insulated foam coating 2, grid 21 is bored a hole in length and breadth to interlock with the reinforcing rib of laterally placing 212 by the reinforcing rib 211 of vertical placement and is formed, the reinforcing rib of vertically placing 211 and the reinforcing rib of laterally placing 212 are provided with bolt groove 4, vertically the reinforcing rib of placing 211 is provided with several pod apertures 2111, is provided with adhesive-layer 3 between grid 21 and the aluminum veneer 1.Be stained with spraying background color layer 11, fluorine carbon texture layer 12, uvioresistant UV layer 13 on described aluminum veneer 1 external surface from inside to outside successively.The reinforcing rib 211 of described vertical placement and the reinforcing rib of laterally placing 212 are aluminum products.The junction is by fixed towards rivet clasp between the reinforcing rib 212 of the reinforcing rib 211 of described vertical placement and laterally placement.Described adhesive-layer 3 is synthetic resin.Being equidistant arrangement between the reinforcing rib 211 of described vertical placement, also is equidistant arrangement between the reinforcing rib of placing 212 laterally.Described aluminum veneer 1 thickness is 2mm; The thickness of described insulated foam coating is 4cm; The grid height is 3cm.
First step: get an aluminum veneer, its surface is carried out after chromaking handles, at its external surface fluorine carbon background color layer, fluorine carbon texture layer, uvioresistant UV layer in the spraying successively from inside to outside, place stand-by again;
Second step: get the some aluminum reinforcing ribs that offer bolt groove and pod apertures and vertically place, getting some again offers not boring a hole in length and breadth with the aluminum reinforcing rib of the aluminum reinforcing rib of pod apertures and above-mentioned vertical placement of bolt groove and is staggeredly placed, grid by fixed towards rivet clasp, is made in junction between the reinforcing rib of vertically placing and the reinforcing rib of laterally placing;
Third step: get the aluminum veneer of handling in the first step and be placed on automatically and beat on the Jiao Tai, single face is stamped adhesive-layer on the aluminum veneer inner surface, and is stand-by;
The 4th step: get the grid that makes in second step and place on the aluminum veneer of being with adhesive-layer, carry out bonding, curing;
The 5th step: put into the mould of making in advance that is used for foaming, get weight ratio and account for 40% water, account for 53% cement, account for 2% animal protein foaming agent, account for 5% swell soil and be mixed, foam in the mould that reinjects;
The 6th step: after waiting to solidify, mold removal a kind of fluorine carbon metal light type composite panel.
In a word, the above only is preferred embodiment of the present invention, and all equalizations of doing according to the present patent application claim change and modify, and all should belong to the covering scope of patent of the present invention.
Claims (4)
1. fluorine carbon metal light type composite panel, comprise inside and outside two-layer, internal layer is insulated foam coating, skin is aluminum veneer, be stained with fluorocarbon layer on the aluminum veneer external surface, it is characterized in that: be provided with grid in the described insulated foam coating, grid is bored a hole in length and breadth to interlock with the reinforcing rib of laterally placing by the reinforcing rib of vertical placement and is formed, vertically the reinforcing rib of placing and the reinforcing rib laterally placed are provided with the fixedly bolt groove of composite plate and body of wall, vertically the reinforcing rib of placing is provided with several pod apertures, is provided with adhesive-layer between grid and the aluminum veneer, and described aluminum veneer thickness is 1-2mm, the foam heat-insulating layer thickness is 2.5-4cm, and described grid height is 1.5-3cm.
2. the preparation method of a kind of fluorine carbon metal light type composite panel according to claim 1, it is characterized in that: its preparation method step is as follows:
First step: get an aluminum veneer, after the chromaking processing is carried out on its surface, spray fluorine carbon background color layer, fluorine carbon texture layer, uvioresistant UV layer from inside to outside successively at its external surface again, place stand-by;
Second step: get the some aluminum reinforcing ribs that offer bolt groove and pod apertures and vertically place, getting some again offers not boring a hole in length and breadth with the aluminum reinforcing rib of the aluminum reinforcing rib of pod apertures and above-mentioned vertical placement of bolt groove and is staggeredly placed, grid by some glue or fixed towards rivet clasp, is made in junction between the reinforcing rib of vertically placing and the reinforcing rib of laterally placing;
Third step: get the aluminum veneer of handling in the first step and be placed on automatically and beat on the Jiao Tai, single face is stamped adhesive-layer on the aluminum veneer inner surface, and is stand-by;
The 4th step: get the grid that makes in second step and place on the aluminum veneer of being with adhesive-layer, carry out bonding, curing;
The 5th step: put into the mould of making in advance that is used for foaming, water intaking, cement, animal protein foaming agent, swell soil are mixed, and foam in the mould that reinjects;
The 6th step: after waiting to solidify, mold removal a kind of fluorine carbon metal light type composite panel.
3. the preparation method of a kind of fluorine carbon metal light type composite panel according to claim 2, it is characterized in that: the percentage by weight at the blowing agent component described in the 5th step is: water accounts for 30-40%, cement and accounts for that 20-60%, animal protein foaming agent account for 2-10%, swell soil accounts for 5-10%.
4. the preparation method of a kind of fluorine carbon metal light type composite panel according to claim 3, it is characterized in that: the percentage by weight at the blowing agent component described in the 5th step is: water accounts for 32%, cement accounts for 50%, animal protein foaming agent accounts for 8%, swell soil accounts for 10%.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110212225 CN102392515B (en) | 2011-07-25 | 2011-07-25 | Fluorocarbon metal light composite board and manufacturing method thereof |
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| CN 201110212225 CN102392515B (en) | 2011-07-25 | 2011-07-25 | Fluorocarbon metal light composite board and manufacturing method thereof |
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| CN102392515A CN102392515A (en) | 2012-03-28 |
| CN102392515B true CN102392515B (en) | 2013-08-28 |
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| US5565257A (en) * | 1993-03-24 | 1996-10-15 | Tingley; Daniel A. | Method of manufacturing wood structural member with synthetic fiber reinforcement |
| JP2004067851A (en) * | 2002-08-06 | 2004-03-04 | Mitsubishi Materials Corp | Resin composition for adhesive, fluorocarbon resin film composition and fluorocarbon resin film-laminated metal plate using them |
| CN1313686C (en) * | 2004-07-16 | 2007-05-02 | 刘新力 | External wall composite heated board and production method thereof |
| CN201087517Y (en) * | 2006-11-23 | 2008-07-16 | 亚士漆(上海)有限公司 | Three-dimensional reinforced heat-preserving composite board |
| CN101985847B (en) * | 2010-10-25 | 2012-05-23 | 陕西精艺氟碳保温有限公司 | Construction method for preventing external wall thermal insulation layer from cracking and elastic composite anti-cracking fluorocarbon coating |
| CN102359225B (en) * | 2011-07-25 | 2013-04-24 | 黄尚进 | Fluorocarbon metal light composite board |
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Granted publication date: 20130828 Termination date: 20200725 |