CN106497247A - Multifunctional environmental protection paint structure is repaired in heat-reflecting heat-insulating insulation - Google Patents
Multifunctional environmental protection paint structure is repaired in heat-reflecting heat-insulating insulation Download PDFInfo
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- CN106497247A CN106497247A CN201510561124.1A CN201510561124A CN106497247A CN 106497247 A CN106497247 A CN 106497247A CN 201510561124 A CN201510561124 A CN 201510561124A CN 106497247 A CN106497247 A CN 106497247A
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Abstract
The invention discloses Multifunctional environmental protection paint structure is repaired in the heat-reflecting heat-insulating insulation that a kind of effect of heat insulation is high, application property and durability are excellent.By will be both the material mixing of acrylic system in the program, the acrylic system latex as binding agent will produce the situation that wraps up hollow beads, material is thus formed that hollow beads part by weight is high, i.e. the heat-barrier material film of good heat-insulation effect.This film inside and outside wall easily in building, automobile, aircraft, the surfaces externally and internally of the car body of train, the surfaces externally and internally of curtain wall Anywhere all can achieve.As long as being therefore coated with its effect of heat insulation on a face of heat-insulated object to be just significantly increased.So, its waterproof function not only can simply and be inexpensively played, also there is the function of binding agent, its durability and application property are also very good.Not only for construction object, the expansion of its range of application can also be expected.
Description
Technical field：
The present invention relates to the vehicles surfaces externally and internally such as building inner-outer wall, automobile, aircraft
Heat-insulated, more particularly to a kind of heat insulation structural based on the acrylic system resin with microballon and every
Thermal means.
Background technology：
It is well known that former institute on building or exterior wall, built-in and other tectosomes
Use the heat-barrier material of polystyrene foam, glass fibre etc..Can so pass through outside
The movement of the heat between limiting inside and outside on exterior wall is reached on wall using heat-barrier material.
Fig. 1 (a) and Fig. 1 (b) are the heat insulation structurals of the wall of existing the more commonly used building.
Wherein, Fig. 1 (a) show interior heat-insulated situation.The metope of indoor-side wherein 10 is
The ground part of inside fitting, has applied heat-barrier material 15 in advance on the inside of which.On outdoor side wall
Paste concrete (ALC) 14 etc. over, ceramic tile bond 11 is used on the metope of concrete 14
Ceramic tile 12 is pasted.Waterproof membrane 13 is sticked between heat-insulated material 15 and concrete 14.
It is the situation of outer cut-off shown in Fig. 1 (b).It can be seen that concrete in this condition
(ALC) 14 outdoor side has applied heat-insulated material 15.Pass through anchor 21 in the outdoor side of thermal insulation layer
The soleplate 20 of ceramic tile, ceramic tile 12 is supported to paste this by mortar and ceramic tile bond 11
On individual ceramic tile soleplate 20.Waterproof membrane is set between heat-insulated material 15 and concrete 14.
If however, according to such scheme using polystyrene foam, glass fibre and heat-insulated
The construction technologies such as film then need interior heat-insulated, outer heat-insulated along with heat-barrier material 15, and waterproof membrane
13rd, binding agent 11 etc., not only high cost, construction time length also cause high load capacity to environment.Poly-
Styrenic foams are sheet material, the problems of it be difficult to corresponding curved surface thermostability also compared with
Difference.Although glass fibre heat-proof quality is good, difficulty of construction is big, and needs in addition to match somebody with somebody
Put surface finished materials.
Content of the invention：
In view of above-mentioned technical problem, the invention provides a kind of effect of heat insulation is high, application property and
Multifunctional environmental protection paint structure is repaired in the excellent heat-reflecting heat-insulating insulation of durability.
The concrete technical scheme of the present invention is as follows：
Multifunctional environmental protection paint structure is repaired in heat-reflecting heat-insulating insulation, it is characterised in that made
Band microballon is coated with positive and negative two surface for the materials for wall or cabinet panel of heat-insulated object
Acrylic system resin insulation material layer, or be provided with more than the 2 heat-insulated objects in space
At least 2, surface face on be coated with the acrylic system resin insulation material layer with microballon.
In such scheme, the microballon is pottery or acrylic hollow beads.
In such scheme, the average diameter of the hollow beads is 20～50 miniature microballon.
In such scheme, acrylic system resin is styrene the-the third ethylene acid alkyl ester copolymerization
Thing latex.
In such scheme, the insulation material layer includes the following component of percentage by weight：
27.5% the first component, 34.1% the second component, 6.0% third component and 32.4%
Water；First component is made up of emulsion acrylic resin and coalescents, the second component
Be made up of hollow beads, titanium, filler pigment and coloring pigment, third component by defoamer,
Viscosity adjusting agent and plasticizer.
By the material mixing of acrylic system will be both in the present invention program, as binding agent
Acrylic system latex will produce the situation for wrapping up hollow beads, material is thus formed
Hollow beads part by weight is high, i.e. the heat-barrier material film of good heat-insulation effect.This film
Inside and outside wall easily in building, automobile, aircraft, the surfaces externally and internally of the car body of train,
The surfaces externally and internally of curtain wall Anywhere all can achieve.As long as therefore the one of heat-insulated object
It is coated with its effect of heat insulation to be just significantly increased on individual face.So, not only can be simply and cheap
Ground plays its waterproof function, and also there is the function of binding agent, and its durability and application property are also non-
Often good.Not only for construction object, the expansion of its range of application can also be expected.
Description of the drawings：
The present invention is further illustrated below in conjunction with the drawings and specific embodiments.
Fig. 1 (a) is interior heat-insulated structure chart in existing heat insulation structural.
Fig. 1 (b) is the structure chart of existing heat insulation structural China and foreign countries cut-off.
Fig. 2 (a), Fig. 2 (b) are the related heat-insulating method of the present invention and thermal insulation construction with Fig. 2 (c)
One embodiment schematic diagram.
Fig. 3 (a) and Fig. 3 (b) be respectively the sketch of the experimental provision for being used for confirming effect of heat insulation with
Plane graph.
Fig. 4 is the table and curve of the experimental result for representing test portion a.
Fig. 5 is the table and curve of the experimental result for representing test portion b.
Fig. 6 is the table and curve of the experimental result for representing test portion c.
Fig. 7 is the table and curve of the experimental result for representing test portion d.
Fig. 8 is the table and curve of the experimental result for representing test portion e.
Fig. 9 is the table and curve of the experimental result for representing test portion I.
Figure 10 is the table and curve of the experimental result for representing test portion II.
Figure 11 is to summarize test portion a～c, the table and curve of the experimental result of I～II.
Specific embodiment：
The present invention heat-reflecting heat-insulating insulation repair Multifunctional environmental protection paint structure, therein every
Hot material is by the hollow beads such as ceramic fine bead, acrylic microballon and the Ya Ke as binding agent
Power system mixed with resin is formed.Heat-barrier material has the waterproof effect effect integrated with effect of heat insulation
Really, roof water-proof and effect of heat insulation for example can be reached simultaneously.And, it is achieved that construction is simple,
Reduces cost and earth environment protection reduce CO2 emission and other effects.
As the film of related heat-barrier material is in the heat-insulated object such as wall material or tank material
The surface of thing is formed, therefore can be by the material with effect of heat insulation in tiling, marble
It is used together with binding agent, in tiling, marmorean while outer heat-insulated exterior wall can be carried out.
So both achieve construction to simplify, can also reduce construction cost, and then reduce carbon emission reality
Row environmental conservation.
Fig. 2 show the heat-reflecting heat-insulating insulation of the present invention and repairs Multifunctional environmental protection paint structure
An embodiment.Heat-barrier material 1 using heat-insulating method of the invention is with effect of heat insulation
While, also there are the compositionss of 3 large effects such as waterproof function, bonding function.I.e.：Figure
As binding agent, will apply on the exterior wall side surface of concrete (ALC) 14 shown in 2 (a)
Cover heat-barrier material 1 and form film, can tiling 12 on film.
Its result is there is heat-barrier material 1 between side and indoor-side out of doors, therefore just as making
With glass fibre as the same during heat-barrier material, it is not necessary to finish materials and plasterboard etc.
Other materials, its durability, application property are superior, can play effect of heat insulation and waterproof effect.
Waterproof membrane 13, bonding material 11, heat-barrier material need not be respectively provided with as shown in the explanation of Fig. 1
15 etc., therefore can reach the purposes such as save space, reduces cost, reduction of erection time.
Multifunctional environmental protection paint structure such as Fig. 2 (a) is repaired in the heat-reflecting heat-insulating insulation of the present invention
Shown, film is not only coated in the one side on the surface of heat-insulated object concrete 14, but
To 2 faces form the heat-insulating method that thermal insulation layer is characterized.So, by heat-barrier material 1
Film specific thickness the materials for wall (heat-insulated object) such as concrete or timber two
Face forms thermal insulation layer, compared with the thermal insulation layer of one side is only applied can greatly improve effect of heat insulation.
In addition, indoors the film of the heat-barrier material 1 that the surface of side is formed also can be directly as
Indoor metope, also can act on direct wallpaper on metope as binding agent.
Fig. 2 (b) show the heat-reflecting heat-insulating insulation of the present invention and repairs Multifunctional environmental protection paint
The embodiment of the difference of structure.Thermal insulation construction shown in Fig. 2 (b) is to be provided with space S
Cabinet (framework) plate of a pair of aluminium steel plates 16a, b then configuring etc. to surface in,
It is not connected on the surface of space S, to be coated with heat-barrier material respectively and film is formed with this.In a word, exist
The surface of the outdoor side of the aluminium steel plate 16a configured by outdoor side and the aluminum steel for being configured at indoor-side
Heat-barrier material is coated with respectively on the surface of the indoor-side of plate 16b, be allowed to form film.
Be provided with the common visible automobile of the example of a pair of cabinet panels of such space S,
Aircraft, train, curtain wall etc. are all suitable for such heat-insulating method very much.Due to heat-barrier material 1
Durability, application property very good, therefore can be applied not only to flat board building inside and outside
Wall, and to have curved surface automobile, aircraft, the car body such as train surfaces externally and internally, curtain wall
Also it is suitable for very much as film on surfaces externally and internally.For sheet material can also be fitted in this detailed book
For the car body that automobile, aircraft, train etc. have curved surface.
Fig. 2 (c) show dividing for the coating process and heat-barrier material of the insulating moulding coating of the present invention
Other embodiment.Thermal insulation construction shown in Fig. 2 (c) is to be provided with 2 of space S
Wall covering (in the present embodiment be 17 figure concrete 14 of plasterboard) to surface on,
Heat-barrier material 1 is coated with out of doors on the surface of the plasterboard 1 of side configuration, in 17 phase of plasterboard
To indoor-side set by concrete 14 outdoor side surface on be coated with heat-barrier material 1
(face with space S contact), makes film form 2 faces.
The thermal insulation construction of Fig. 2 (c) is applied to for example by the concrete 14 of side wall indoors
It is not coated with heat-barrier material 1 and is allowed to exposed, or the property of wall covering configured by indoor-side
Or the specification due to building causes the surface of indoor-side be coated with heat-barrier material 1, in addition trembles with fear
The cold-proof countermeasure in cold area needs the building using double walls.Also, the surface in plasterboard 17
Coating heat-barrier material 1 replaces binding agent with this, can stick ceramic tile 12 on the film for being formed
Deng.It can be seen that heat-insulated when coating on the surface of the outdoor side of plasterboard in Fig. 2 (c)
During material 1, heat-barrier material 1 also can be coated on the face contrary with outdoor side.
For the atypical example of a Fig. 2 (c), i.e., also can be by the indoor-side of Fig. 2 (c) and family
Exchange in outside.Concrete 14 is applied side out of doors and family in concrete 14 in Fig. 2 (c)
When can not be coated with heat-barrier material 1 on the surface in outside, on the surface of the indoor-side of concrete 14
Upper coating heat-barrier material 1 while, also can indoors side configuration plasterboard 17 indoor-side
Surface on be coated with heat-barrier material 1.
Implementation process is illustrated in detail below by way of example：
【Embodiment 1】
Be as shown in table 1 by emulsion acrylic resin, hollow beads, coalescents, titanium,
The additive of extender pigment, coloring pigment, defoamer, viscosity adjusting agent, plasticizer etc. and
Water is stirred until homogeneous after mixing according to the percentage of weight shown in table.At this moment, in order to stir conveniently
Also can be stirred after being heated to the temperature for specifying.
【Table 1】
Emulsion acrylic resin shown in table 1 is using the-the third ethylene of styrene in the present embodiment
Acid alkyl ester copolymer latices.Coalescents employ anti-settling agent.
The average diameter of the hollow beads being mixed into realize heat-insulated function is 20～50 μm
Miniature microballon.In addition, titanium is to adopt Rutile type titanium dioxide, extender pigment employs cunning
Stone.This Rutile type titanium dioxide and Talcum are provided to fix hollow beads and add.
Defoamer employs Calcium Carbonate, and viscosity adjusting agent employs high boiling point oil, and plasticizer is
Preservative.The above material is all to consider environmental problem, and employing is all non-carboxaldehyde radicals
Material.
The heat-barrier material used by the heat-insulating method and thermal insulation construction for constituting the present invention.
So, just asked for (hereinafter referred to as trying with regard to the heat-barrier material used by the present embodiment
Material S) film insolation reflectance.The insolation reflectance for being drawn is as shown in table 2.Will
Test portion S is dried, and after film is formed, the weight rate of heat-barrier material composition is acrylic acid
Resin emulsion 44%, hollow beads are 50%, and other additives are 6%.
| Test portion | Film in white background | Film in black background |
| 0.6mm thickness | 91.9% | 87.1% |
| 0.9mm thickness | 90.6% | 91.9% |
【Table 2】
Thus can be by the film of the thick test portion S of 0.6mm, it is thus identified that especially lead in near-infrared
The difference of the reflectance in the white background of the hidden rate reagent paper in domain and black background.I.e. black
Reflectance in color background is relatively low.Here it is the test portion of the light transmission 0.6mm in near-infrared field
Absorbed by black background during S.In addition, the Solar reflectance of test portion S is more than 90%, contain
The 90% of the sunlight of ultraviolet is reflected, and is therefore applied on the exterior wall of the structure of building
The aging of the structures is prevented from during cloth.
The heat-barrier material of the present embodiment is emulsion acrylic resin (styrene the-the third ethylene dialkylaminobenzoic acid
Ester copolymer latex) with the material mixing for being all acrylic acid seriess for being referred to as acrylic acid microballon and
Into, due to its affinity good, it is possible to more will be hollow in emulsion acrylic resin
Microballon is pulled in bosom.The hollow beads in dried heat-barrier material as shown in this embodiment
Weight ratio can reach more than 50%.Effect of heat insulation can be produced more by such method
High heat-barrier material.
The weight rate of final hollow beads in the present embodiment reaches 50%, adds
The cooperation of other compositions, but in order to improve effect of heat insulation, it is desirable to the weight ratio of hollow beads
Rate can reach 30～70%, so other compositions also be needed to be adjusted.
With regard to the film of test portion S, determine its pyroconductivity and confirm its effect of heat insulation
Degree.Table 3 is the measurement result of the pyroconductivity of test portion S.
[table 3]
Pyroconductivity relative to " rendering " is 0.6, and the pyroconductivity of Gypsum Fibrosum is 0.5, stone
The pyroconductivity of cream plate is 0.71～0.1, and the pyroconductivity of concrete is 1.40, test portion S
Pyroconductivity be as shown in table 3 0.121 (kca/h.n. DEG C).In addition, thermal insulation is good
Insulating brick pyroconductivity be 0.12.Therefore this test portion S can be referred to as pyroconductivity compared with
For low category.
Hereinafter, the adhesion of the test portion S to galvanized steel plain sheet and concrete slab as shown in table 4 is strong
The relevant evaluation of degree.
【Table 4】
From the point of view of according to table 4, the adhesion strength of test portion S is 1.7N/mm2 to steel plate, to coagulation
Soil is 1.5N/mm2 (being defined as more than 0.5 of JIS standards).Therefore test portion S has
The adhesion strength of JIS standards can fully be met.
The heat-insulating method of the present invention and the heat-barrier material for thermal insulation construction have following effect,
Bonding can be used as by this heat-barrier material styrene the-the third hexenoic acid alkyl ester copolymer latex
Materials'use, in addition to water proofing property that this material originally has, caking property, it also has
There is coating, elastic, therefore it can be used as easily occurring the impact-resistant of checked surface
Heat-barrier material.In terms of causing ginkgo seeds simultaneously for antagonism, its durability is fairly good.
After being coated with the heat-barrier material of the 0.9mm on the wall, roof, ceiling, wall is penetrated
Sound can reduce by 10 decibels, a quiet environment can be kept.The heat-barrier material is environment
The water-soluble material of friendly, material the reason for it does not conform to ill building syndrome.In addition,
When the coated film of the heat-barrier material being reached 3～4 layers and forming (0.6～0.9mm) film,
The immersion of water can also be prevented.
The heat-barrier material be widely portable to concrete, steel, steel plate, timber in terms of application,
Also correspond to the extensive finishing management such as bristle roller, blown film, trowel.Except to concrete
Deng having extensive adaptability, in the repainting of coloring zinc plate, oiliness acrylic system, amino
Its excellent adhesiveness can be also played in terms of the old coating film of Ethyl formate system etc..The heat-insulated material
Material is being incubated, is hiding hot, attractive in appearance, sound insulation, anti-condensation, mould proof, Crack Repairing, quasi- waterproof
Etc. aspect play the role of very big.
The coating object of the heat-barrier material be factory, general depot, cold insulation warehouse, institute,
The exterior on the roof of the buildings such as school, marketplace, gymnasium and built-in, in addition
Also dry cargo container, refrigerator car, corn silo, freezing and refrigeration warehouse, corral, vehicle
The inside and outside application of (automobile, aircraft, train), curtain wall, factory pipe arrangement (LP gases,
Steam) etc., ferrum, concrete, foamed concrete, timber, brick and tile, slabstone, wallboard,
Watt, ceramic tile, aluminum, rustless steel, building block, plasterboard etc..Can also be mixed with various pigment
Use as coloured material after conjunction.
【Embodiment 2】
Following experiment has been done in order to confirm the heat-insulating method shown in Fig. 2 improve thermal insulation.
First, heat-barrier material is made by hollow beads are added in seal coat (primary coat with coating).
The heat-barrier material of the present embodiment is identical with the material made by embodiment 1.By third
Olefin(e) acid resin emulsion (styrene the-the third hexenoic acid alkyl ester copolymer latex) and coalescents
(anti-settling agent) constitutes primary coat paint for 27.5 weight %, by hollow beads and titanium (Titanium Dioxide)
With extender pigment and coloring pigment be configured to 34.1 weight %, by defoamer (Calcium Carbonate) with
Viscosity adjusting agent (high boiling point oil) is configured to 6.0 weight %, water with plasticizer (preservative)
Mix for 32.4 weight %, the final weight ratio to the hollow beads formed after film reaches
50%.
Experimental provision 18 shown in the plane graph of the sketch and (b) of Fig. 3 (a) is 1.0mm
The casing 19 of the rectangle of thick aluminium sheet and not shown aluminum on the drawing in covering box opening portion
The lid of system, by 19 inside division of casing into 2 roughly equal 250mm × 250mm ×
The split position (central part) of space イ, ロ of 250mm, the aluminium sheet of 1.0mm thickness every
Plate 20a, b, in space イ central part install thermal source 21, and be arranged on A, B, C,
The position (height from bottom surface is 125mm) of D, is constituted with thermometer equitemperature detector
Experimental provision, thermal source 21 use the electric filament lamp of 40W.
Dividing plate 20a, b arrange the space S of 25mm each other, by the two-sided of dividing plate 20a, b
Or one side faces each other face (medial surface of connection space S), on the whole surface in coating
The heat-barrier material that states is allowed to form film.
The heat-barrier material for being applied is as shown in table 5, the weight of the hollow beads that adds in primers
After ratio (with respect to priming paint) is adjusted to 50%, by heat-barrier material only in the one side of dividing plate 20a
Coat 1.0mm thick, each one side of the both sides of test portion a, b and dividing plate 20a, b after coating
It is coated with the test portion c of 1.0mm, the one side of dividing plate 20a respectively and applies 3.0mm, to dividing plate 20b
One side on apply the test portion d of 2.5mm, and in each simultaneously of dividing plate 20a, b both sides respectively
It is coated with the test portion e of 5.0mm.The hollow beads for being used in this experiment, test portion a are pottery
Porcelain microballon, used by test portion b～e is acrylic microballon.
【Table 5】Wherein, it is with respect to the weight rate of priming paint in ()
For each test portion, experimental provision 18 is said in sealing state, driving heat source 21, this
When determine detector value.
Measure is proceeded by while driving heat source, is started to after 15 minutes from measure,
Place 5 minutes, then placed 15 minutes after 15 minutes～60 minutes, through 60 points
Afterwards, place 40 minutes, determine each temperature by this way in clock～180 minute.To each
The result and chart that test portion is determined is shown in Fig. 4～Figure 10.
According to the effect of heat insulation δ that measurement result and below equation calculate various test portions.This
More high then its effect of heat insulation of the numerical value of δ is better.
(formula 1)
δ=1- (D- α)/(A- α)
A：The temperature of space イ
D：The temperature of space ロ
α：Mean temperature during experiment
Figure 11 is expressed as A-D, the B-C tried to achieve by each test portion, the table and curve chart of α, δ.
By the table and curve of Figure 11, it can be seen that situation below.First by test portion a with
The result that test portion II is compared is that the effect of heat insulation of test portion a is higher (numerical value of δ is big).So
Afterwards, test portion a is compared with test portion b, it can be seen that with using porcelain microballon as hollow micro-
The effect of heat insulation of the test portion a of pearl is compared, and uses acrylic microballon as the test portion of hollow beads
More preferably, used as hollow beads are used, acrylic microballon is used as heat-barrier material for the effect of heat insulation of b
Validity period effect of heat insulation more preferably, is more suitable for heat-insulating method and the thermal insulation construction of the present invention.
Test portion b is compared with test portion c, and only in sub- gram of the coated on one side of dividing plate 20a
The test portion b of power microballon is compared, and is all coated with the heat-insulated of acrylic microballon on the two sides of dividing plate a, b
Effect is higher, and δ about improves 7%.
As the thickness of test portion d, e is increased, therefore the numerical value of δ also just becomes big, test portion
Thickness can reach 90% for the δ of the test portion e of 5mm-5mm, can reach the glass fibre of test portion I
Identical effect of heat insulation.It is coated with by the heat-barrier material that the acrylic microballon of the present embodiment is made
On the two sides of dividing plate, effect of heat insulation when thickness is 5mm with uncoated when effect of heat insulation
Differential conversion be then about 50 DEG C of temperature difference.
By as shown in Figure 1 for the heat-barrier material of the present embodiment the two of wall covering or box plate
The thermal insulation construction of film is formed after the coating of face (inwall side and outer wall side), and a side's
Wall covering or the one side of box plate, and the wall covering in a side or cabinet panel setting
Space, the opposing party wall covering or cabinet panel single spreading forming film
Thermal insulation construction is used for the construction of building or casing assembling, and effect of heat insulation big absolutely is all obtained.
All pay much attention to the problem of global warming recently, therefore the interior wall side of building with outer
The two sides both sides of wall side are coated with the heat-barrier material of the present embodiment and are allowed to form film, so that it may
Arrive immeasurable effect of heat insulation.
Above is exactly to repair Multifunctional environmental protection paint knot using the heat-reflecting heat-insulating insulation of the present invention
Structure, two surfaces that can be relative to the heat-insulated object of 1 wall covering or cabinet panel etc.,
Or be provided with the heat-insulated object of more than 2 of space relative to surface at least
The heat-barrier material that hollow beads are mixed into acryl resin system is allowed to be formed by 2 face coatings
Film, it is compared with situation about being only coated with the one side of heat-insulated object, can
Solve its effect of heat insulation significantly to be improved.In addition, the heat-insulating method of the present invention and heat-insulated
It can not only play its heat-insulated function to construct used heat-barrier material, and it can letter or a kind of
Easy and qurer plays waterproof function, and also there is the function of binding agent.With glass fibre or send out
The heat-barrier materials such as bubble styrene are different, and its durability and application property are more excellent, therefore, Bu Yaowen
Construction object, this heat-barrier material can expect wider purposes.
Claims (5)
1. Multifunctional environmental protection paint structure is repaired in heat-reflecting heat-insulating insulation, it is characterised in that in conduct
It is coated with microballon on positive and negative two surface of the materials for wall or cabinet panel of heat-insulated object
Acrylic system resin insulation material layer, or in more than 2 heat-insulated objects for being provided with space
At least 2, surface is coated with the acrylic system resin insulation material layer with microballon on face.
2. Multifunctional environmental protection paint structure is repaired in heat-reflecting heat-insulating insulation according to claim 1, its
It is characterised by, the microballon is pottery or acrylic hollow beads.
3. Multifunctional environmental protection paint structure is repaired in heat-reflecting heat-insulating insulation according to claim 2, its
It is characterised by, the average diameter of the hollow beads is 20～50 miniature microballon.
4. Multifunctional environmental protection paint structure is repaired in heat-reflecting heat-insulating insulation according to claim 1, its
It is characterised by, acrylic system resin is styrene the-the third hexenoic acid alkyl ester copolymer latex.
5. Multifunctional environmental protection paint structure is repaired in heat-reflecting heat-insulating insulation according to claim 1, its
It is characterised by, the insulation material layer includes the following component of percentage by weight：27.5%
First component, 34.1% the second component, 6.0% third component and 32.4% water；
First component is made up of emulsion acrylic resin and coalescents, and the second component is by hollow
Microballon, titanium, filler pigment and coloring pigment composition, third component are adjusted by defoamer, viscosity
Whole dose and plasticizer.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107936626A (en) * | 2017-11-16 | 2018-04-20 | 江门市亚国建筑涂料有限公司 | The anti-condensation coating of sink |
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