CN101343429B - Intelligent temperature adjusting composite coating material and coating method thereof - Google Patents
Intelligent temperature adjusting composite coating material and coating method thereof Download PDFInfo
- Publication number
- CN101343429B CN101343429B CN2008101393591A CN200810139359A CN101343429B CN 101343429 B CN101343429 B CN 101343429B CN 2008101393591 A CN2008101393591 A CN 2008101393591A CN 200810139359 A CN200810139359 A CN 200810139359A CN 101343429 B CN101343429 B CN 101343429B
- Authority
- CN
- China
- Prior art keywords
- parts
- coating material
- water
- powder
- coating
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Classifications
-
- Y02P20/121—
Abstract
The invention discloses intelligent temperature regulating composite coating material and the coating method. The invention solves the problems that the intelligent temperature regulating coating is presently lacked, and the temperature of buildings can not be automatically regulated according to the change of the environment. The intelligent temperature regulating composite coating material and the coating method have the advantages that the cost is low, the manufacturing is convenient, and the intelligent temperature regulation can be achieved according to the change of the external environment. The intelligent temperature regulating composite coating material comprises intelligent temperature regulating masterbatch used as the first layer coating material; heat insulating putty used as the second layer coating material, and energy saving heat accumulating paint as the third coating material.
Description
Technical field
The present invention relates to a kind of coating, relate in particular to a kind of intelligent temperature adjusting composite coating material and coating method thereof.
Background technology
Coating is a kind of buildings applicator commonly used in the building trade, and it effectively plays protective effect to external surface of buildings, and utilizing coating that the buildings temperature is regulated simultaneously also becomes a kind of new requirement.But used thermal control paint is not an intelligent thermoregulating at present, only is by self cutting off buildings and extraneous contacting directly, play certain insulation effect, can't realizing intelligent thermoregulating according to the variation of outside atmosphere.Traditional lagging material can only play certain shielding insulation effect, and easy firing, has disaster hidden-trouble and long construction period, and labour intensity is big, easily comes off, not easy-maintaining and do not reach shortcomings such as environmental requirement.
Summary of the invention
Purpose of the present invention lacks intelligent thermoregulating coating at present in order to solve exactly, the problem that can not automatically adjust to the buildings temperature according to the variation realization of environment, provide that a kind of to have a cost low, easy to make, can change the intelligent temperature adjusting composite coating material and the coating method thereof of advantages such as realization intelligent thermoregulating according to outside atmosphere.
For achieving the above object, the present invention adopts following technical scheme:
A kind of intelligent temperature adjusting composite coating material, it comprises the intelligent thermoregulating masterbatch as the first layer coating material; The heat preservation putty of second layer coating material; And the energy-conservation heat accumulation coating of the 3rd layer of coating material.
Described intelligent thermoregulating masterbatch moiety is by weight:
1-10 parts of phase-change microcapsules
10-30 parts of silicate cements
5-10 parts of sand-cement slurry binding agents
10-20 parts of fly ash floats
5-10 parts of pearlstones
Closed perlite 5---30 part
5-25 parts of brucite fibers
Hydrophober 0--2 part
Water reducer 0--2 part
Water-holding agent 0--2 part
Whipping agent 0--2 part
Nano silicon 5--20 part
Anti-fissuring agent 0--2 part
Above-mentioned materials added in the mixing machine successively mix, add clear water during use and mix well.
Described heat preservation putty moiety is by weight:
10-50 parts of cement
2-10 parts of silica powders
30-50 parts of ceramic vacuum microballons
10-15 parts of brucite powders
5-15 parts of 5044N rubber powders
Hydrophober 0--2 part
Water reducer 0--2 part
Water-holding agent 0--2 part
Anti-fissuring agent 1--4 part
With above-mentioned materials add mix in the mixing machine after, add proper amount of clear water during use and mix well into paste and get final product.
Described energy-conservation heat accumulation coating moiety is by weight:
8-15 parts in water
1-7 parts of mica powders
1-10 parts of calcite in powder
10-25 parts in rutile titanium white powder
10-50 parts of water-based fluorocarbon resins
5-25 parts of TB110 elastic emulsions
0-5 parts of mould inhibitors
0-5 parts of defoamers
0-10 parts of wetting dispersing agents
5-15 parts of ceramic vacuum microballons
5-20 parts of phase-change microcapsules
Water, mica powder, calcite in powder, the rutile titanium white powder of above-mentioned materials be sequentially added into grind after stirring in the dispersion tank, be ground to and add water-based fluorocarbon resin, TB110 elastic emulsion, mould inhibitor, defoamer, wetting dispersing agent behind fineness≤80 μ m, add again and get final product after ceramic vacuum microballon, phase-change microcapsule are stirred to evenly at a slow speed until stirring.
Described ceramic vacuum microballon is the closed pore hollow material of granularity less than 55 μ m.
A kind of coating method of intelligent temperature adjusting composite coating material, its step is
1) will realize smearing the intelligent thermoregulating masterbatch on the metope that is incubated earlier, smearing thickness is 20-50mm;
2) blade coating heat preservation putty again on the basis of intelligent thermoregulating masterbatch then, blade coating thickness is 2-10mm;
3) the energy-conservation heat accumulation coating of last brushing on the basis of heat preservation putty.
A kind of intelligent thermoregulating coated-body based material that the present invention forms by intelligent thermoregulating masterbatch, heat preservation putty, energy-conservation heat accumulation coating, this intelligent thermoregulating coated-body based material can be heat insulation by external reflection, the thermal power transfer of inner accumulation of energy medium changes, and absorbs or discharges heat energy and reach the purpose that regulates the room temperature.
Intelligent thermoregulating mechanism of the present invention is: utilized the thermal control material with phase-state change---phase-change microcapsule (the upright new day Huaneng Group source material scientific and technological development company limited in Beijing produces), it is the microcapsule that contain materials such as synthetic paraffin, native paraffin, n-hexadecane, butyl stearate, and this material has thermally melting and thermal resistance two big characteristics.When envrionment temperature was lower than certain value, phase change material was condensed into solid-state by liquid state, and release of heat promotes room temperature simultaneously; When envrionment temperature was higher than certain value, phase change material was liquid by solid-state thawing, absorbs store heat, and room temperature is descended.Heighten owing to the phase-changing and temperature-regulating material that occurs in recent years only has---turn down the secondary thermoregulation effect, and only be confined on the axis of a transformation temperature, thereby thermoregulation effect is very limited, more can not constantly adjust room temperature according to the variation of envrionment temperature.Outstanding feature of the present invention is that the phase-changing and temperature-regulating material of a plurality of specification transformation temperatures is organically combined into an intelligent thermoregulating system, such as 0,10,15,20,26 ℃ of this some temperature spot.This intelligent thermoregulating system can be according to the variation of envrionment temperature, and the phase change material that starts respective phase change point is at any time regulated room temperature, makes it to reach the temperature that needs.Characteristics of the present invention also are, can require design according to the difference of different areas to temperature, and total temperature adjustment scheme is the highlyest to be no more than 26 ℃, minimumly are not less than 18 ℃, make room temperature keep constant relatively.
The invention has the beneficial effects as follows:
1. the present invention not only has the shielding insulation effect, can also realize the intelligence effect of regulating the room temperature according to the variation of ambient temperature.
2. the present invention has all adopted inorganic materials, does not only burn but also has the advantage of fire protection flame retarding.
3. owing to all adopted the inorganic environment-friendly material, thereby meet the non-harmful requirement of environmental protection and energy saving.
4. owing to adopted light material, greatly reduce the deadweight of buildings, also alleviated working strength of workers.
5. because this material can be constructed after buildings finishes building brick, do not need wall plastering, thereby shortened construction period.
6. this material directly spreads upon on the metope, organically combines with buildings, hollowing, obscission can not occur, can with the same life-span of buildings.
7. construction easily, maintenance easily.In case, promptly mend flat getting final product with this applying material if mechanical injuries need repairing.
Embodiment
The present invention will be further described below in conjunction with embodiment.
Embodiment 1:
Intelligent temperature adjusting composite coating material of the present invention consists of: the intelligent thermoregulating masterbatch of the first layer coating material; The heat preservation putty of second layer coating material; And the energy-conservation heat accumulation coating of the 3rd layer of coating material.
Described intelligent thermoregulating masterbatch moiety is by weight:
1 part of phase-change microcapsule
10 parts of silicate cements
5 parts of sand-cement slurry binding agents
10 parts of fly ash floats
5 parts of pearlstones
5 parts of closed perlite
5 parts of brucite fibers
5 parts of nano silicons
Above-mentioned materials added in the mixing machine successively mix, add clear water during use and mix well.
Described heat preservation putty moiety is by weight:
10 parts of cement
2 parts of silica powders
30 parts of ceramic vacuum microballons
10 parts of brucite powders
5 parts of 5044N rubber powders
1 part of anti-fissuring agent
With above-mentioned materials add mix in the mixing machine after, add proper amount of clear water during use and mix well into paste and get final product.
Described energy-conservation heat accumulation coating moiety is by weight:
8 parts in water
1 part of mica powder
1 part of calcite in powder
10 parts in rutile titanium white powder
10 parts of water-based fluorocarbon resins
5 parts of TB110 elastic emulsions
5 parts of ceramic vacuum microballons
5 parts of phase-change microcapsules
Water, mica powder, calcite in powder, the rutile titanium white powder of above-mentioned materials be sequentially added into grind after stirring in the dispersion tank, be ground to and add water-based fluorocarbon resin, TB110 elastic emulsion behind fineness≤80 μ m, add again and get final product after ceramic vacuum microballon, phase-change microcapsule are stirred to evenly at a slow speed until stirring.
Described ceramic vacuum microballon is the closed pore hollow material of granularity less than 55 μ m.
A kind of coating method of intelligent temperature adjusting composite coating material, its step is
1) will realize smearing the intelligent thermoregulating masterbatch on the metope that is incubated earlier, smearing thickness is 20mm;
2) blade coating heat preservation putty again on the basis of intelligent thermoregulating masterbatch then, blade coating thickness is 2mm;
3) the energy-conservation heat accumulation coating of last brushing on the basis of heat preservation putty.
Embodiment 2:
A kind of intelligent temperature adjusting composite coating material, it comprises the intelligent thermoregulating masterbatch as the first layer coating material; The heat preservation putty of second layer coating material; And the energy-conservation heat accumulation coating of the 3rd layer of coating material.
Described intelligent thermoregulating masterbatch moiety is by weight:
10 parts of phase-change microcapsules
30 parts of silicate cements
10 parts of sand-cement slurry binding agents
20 parts of fly ash floats
10 parts of pearlstones
30 parts of closed perlite
25 parts of brucite fibers
2 parts of hydrophober
2 parts of water reducers
2 parts of water-holding agents
2 parts of whipping agents
20 parts of nano silicons
2 parts of anti-fissuring agents
Above-mentioned materials added in the mixing machine successively mix, add clear water during use and mix well.
Described heat preservation putty moiety is by weight:
50 parts of cement
10 parts of silica powders
50 parts of ceramic vacuum microballons
15 parts of brucite powders
15 parts of 5044N rubber powders
2 parts of hydrophober
2 parts of water reducers
2 parts of water-holding agents
4 parts of anti-fissuring agents
With above-mentioned materials add mix in the mixing machine after, add proper amount of clear water during use and mix well into paste and get final product.
Described energy-conservation heat accumulation coating moiety is by weight:
15 parts in water
7 parts of mica powders
10 parts of calcite in powder
25 parts in rutile titanium white powder
50 parts of water-based fluorocarbon resins
25 parts of TB110 elastic emulsions
5 parts of mould inhibitors
5 parts of defoamers
10 parts of wetting dispersing agents
15 parts of ceramic vacuum microballons
20 parts of phase-change microcapsules
Water, mica powder, calcite in powder, the rutile titanium white powder of above-mentioned materials be sequentially added into grind after stirring in the dispersion tank, be ground to and add water-based fluorocarbon resin, TB110 elastic emulsion, mould inhibitor, defoamer, wetting dispersing agent behind fineness≤80 μ m, add again and get final product after ceramic vacuum microballon, phase-change microcapsule are stirred to evenly at a slow speed until stirring.
Described ceramic vacuum microballon is the closed pore hollow material of granularity less than 55 μ m.
A kind of coating method of intelligent temperature adjusting composite coating material, its step is
1) will realize smearing the intelligent thermoregulating masterbatch on the metope that is incubated earlier, smearing thickness is 50mm;
2) blade coating heat preservation putty again on the basis of intelligent thermoregulating masterbatch then, blade coating thickness is 10mm;
3) the energy-conservation heat accumulation coating of last brushing on the basis of heat preservation putty.
Embodiment 3:
A kind of intelligent temperature adjusting composite coating material, it comprises the intelligent thermoregulating masterbatch as the first layer coating material; The heat preservation putty of second layer coating material; And the energy-conservation heat accumulation coating of the 3rd layer of coating material.
Described intelligent thermoregulating masterbatch moiety is by weight:
2 parts of phase-change microcapsules
12 parts of silicate cements
6 parts of sand-cement slurry binding agents
11 parts of fly ash floats
6 parts of pearlstones
8 parts of closed perlite
7 parts of brucite fibers
0.3 part of hydrophober
0.2 part of water reducer
0.3 part of water-holding agent
0.2 part of whipping agent
6 parts of nano silicons
0.2 part of anti-fissuring agent
Above-mentioned materials added in the mixing machine successively mix, add clear water during use and mix well.
Described heat preservation putty moiety is by weight:
15 parts of cement
3 parts of silica powders
32 parts of ceramic vacuum microballons
11 parts of brucite powders
6 parts of 5044N rubber powders
0.3 part of hydrophober
0.2 part of water reducer
0.3 part of water-holding agent
0.2 part of anti-fissuring agent
With above-mentioned materials add mix in the mixing machine after, add proper amount of clear water during use and mix well into paste and get final product.
Described energy-conservation heat accumulation coating moiety is by weight:
9 parts in water
2 parts of mica powders
2 parts of calcite in powder
11 parts in rutile titanium white powder
12 parts of water-based fluorocarbon resins
6 parts of TB110 elastic emulsions
1 part of mould inhibitor
1 part of defoamer
1 part of wetting dispersing agent
6 parts of ceramic vacuum microballons
6 parts of phase-change microcapsules
Water, mica powder, calcite in powder, the rutile titanium white powder of above-mentioned materials be sequentially added into grind after stirring in the dispersion tank, be ground to and add water-based fluorocarbon resin, TB110 elastic emulsion, mould inhibitor, defoamer, wetting dispersing agent behind fineness≤80 μ m, add again and get final product after ceramic vacuum microballon, phase-change microcapsule are stirred to evenly at a slow speed until stirring.
Described ceramic vacuum microballon is the closed pore hollow material of granularity less than 55 μ m.
A kind of coating method of intelligent temperature adjusting composite coating material, its step is
1) will realize smearing the intelligent thermoregulating masterbatch on the metope that is incubated earlier, smearing thickness is 24mm;
2) blade coating heat preservation putty again on the basis of intelligent thermoregulating masterbatch then, blade coating thickness is 3mm;
3) the energy-conservation heat accumulation coating of last brushing on the basis of heat preservation putty.
Embodiment 4:
A kind of intelligent temperature adjusting composite coating material, it comprises the intelligent thermoregulating masterbatch as the first layer coating material; The heat preservation putty of second layer coating material; And the energy-conservation heat accumulation coating of the 3rd layer of coating material.
Described intelligent thermoregulating masterbatch moiety is by weight:
3 parts of phase-change microcapsules
14 parts of silicate cements
7 parts of sand-cement slurry binding agents
12 parts of fly ash floats
7 parts of pearlstones
10 parts of closed perlite
9 parts of brucite fibers
0.5 part of hydrophober
0.4 part of water reducer
0.5 part of water-holding agent
0.4 part of whipping agent
8 parts of nano silicons
0.4 part of anti-fissuring agent
Above-mentioned materials added in the mixing machine successively mix, add clear water during use and mix well.
Described heat preservation putty moiety is by weight:
20 parts of cement
4 parts of silica powders
34 parts of ceramic vacuum microballons
12 parts of brucite powders
7 parts of 5044N rubber powders
0.5 part of hydrophober
0.4 part of water reducer
0.5 part of water-holding agent
0.4 part of anti-fissuring agent
With above-mentioned materials add mix in the mixing machine after, add proper amount of clear water during use and mix well into paste and get final product.
Described energy-conservation heat accumulation coating moiety is by weight:
10 parts in water
3 parts of mica powders
3 parts of calcite in powder
12 parts in rutile titanium white powder
14 parts of water-based fluorocarbon resins
8 parts of TB110 elastic emulsions
2 parts of mould inhibitors
2 parts of defoamers
2 parts of wetting dispersing agents
8 parts of ceramic vacuum microballons
8 parts of phase-change microcapsules
Water, mica powder, calcite in powder, the rutile titanium white powder of above-mentioned materials be sequentially added into grind after stirring in the dispersion tank, be ground to and add water-based fluorocarbon resin, TB110 elastic emulsion, mould inhibitor, defoamer, wetting dispersing agent behind fineness≤80 μ m, add again and get final product after ceramic vacuum microballon, phase-change microcapsule are stirred to evenly at a slow speed until stirring.
Described ceramic vacuum microballon is the closed pore hollow material of granularity less than 55 μ m.
A kind of coating method of intelligent temperature adjusting composite coating material, its step is
1) will realize smearing the intelligent thermoregulating masterbatch on the metope that is incubated earlier, smearing thickness is 26mm;
2) blade coating heat preservation putty again on the basis of intelligent thermoregulating masterbatch then, blade coating thickness is 4mm;
3) the energy-conservation heat accumulation coating of last brushing on the basis of heat preservation putty.
Embodiment 5:
A kind of intelligent temperature adjusting composite coating material, it comprises the intelligent thermoregulating masterbatch as the first layer coating material; The heat preservation putty of second layer coating material; And the energy-conservation heat accumulation coating of the 3rd layer of coating material.
Described intelligent thermoregulating masterbatch moiety is by weight:
4 parts of phase-change microcapsules
16 parts of silicate cements
8 parts of sand-cement slurry binding agents
14 parts of fly ash floats
8 parts of pearlstones
12 parts of closed perlite
11 parts of brucite fibers
0.7 part of hydrophober
0.6 part of water reducer
0.7 part of water-holding agent
0.6 part of whipping agent
10 parts of nano silicons
0.6 part of anti-fissuring agent
Above-mentioned materials added in the mixing machine successively mix, add clear water during use and mix well.
Described heat preservation putty moiety is by weight:
25 parts of cement
5 parts of silica powders
36 parts of ceramic vacuum microballons
13 parts of brucite powders
8 parts of 5044N rubber powders
0.7 part of hydrophober
0.6 part of water reducer
0.7 part of water-holding agent
0.6 part of anti-fissuring agent
With above-mentioned materials add mix in the mixing machine after, add proper amount of clear water during use and mix well into paste and get final product.
Described energy-conservation heat accumulation coating moiety is by weight:
11 parts in water
4 parts of mica powders
4 parts of calcite in powder
14 parts in rutile titanium white powder
16 parts of water-based fluorocarbon resins
10 parts of TB110 elastic emulsions
3 parts of mould inhibitors
3 parts of defoamers
3 parts of wetting dispersing agents
9 parts of ceramic vacuum microballons
10 parts of phase-change microcapsules
Water, mica powder, calcite in powder, the rutile titanium white powder of above-mentioned materials be sequentially added into grind after stirring in the dispersion tank, be ground to and add water-based fluorocarbon resin, TB110 elastic emulsion, mould inhibitor, defoamer, wetting dispersing agent behind fineness≤80 μ m, add again and get final product after ceramic vacuum microballon, phase-change microcapsule are stirred to evenly at a slow speed until stirring.
Described ceramic vacuum microballon is the closed pore hollow material of granularity less than 55 μ m.
A kind of coating method of intelligent temperature adjusting composite coating material, its step is
1) will realize smearing the intelligent thermoregulating masterbatch on the metope that is incubated earlier, smearing thickness is 30mm;
2) blade coating heat preservation putty again on the basis of intelligent thermoregulating masterbatch then, blade coating thickness is 5mm;
3) the energy-conservation heat accumulation coating of last brushing on the basis of heat preservation putty.
Embodiment 6:
A kind of intelligent temperature adjusting composite coating material, it comprises the intelligent thermoregulating masterbatch as the first layer coating material; The heat preservation putty of second layer coating material; And the energy-conservation heat accumulation coating of the 3rd layer of coating material.
Described intelligent thermoregulating masterbatch moiety is by weight:
5 parts of phase-change microcapsules
20 parts of silicate cements
9 parts of sand-cement slurry binding agents
16 parts of fly ash floats
9 parts of pearlstones
16 parts of closed perlite
15 parts of brucite fibers
0.9 part of hydrophober
0.8 part of water reducer
0.9 part of water-holding agent
0.8 part of whipping agent
12 parts of nano silicons
0.8 part of anti-fissuring agent
Above-mentioned materials added in the mixing machine successively mix, add clear water during use and mix well.
Described heat preservation putty moiety is by weight:
30 parts of cement
6 parts of silica powders
38 parts of ceramic vacuum microballons
14 parts of brucite powders
9 parts of 5044N rubber powders
0.9 part of hydrophober
0.8 part of water reducer
0.9 part of water-holding agent
0.8 part of anti-fissuring agent
With above-mentioned materials add mix in the mixing machine after, add proper amount of clear water during use and mix well into paste and get final product.
Described energy-conservation heat accumulation coating moiety is by weight:
12 parts in water
5 parts of mica powders
6 parts of calcite in powder
16 parts in rutile titanium white powder
20 parts of water-based fluorocarbon resins
15 parts of TB110 elastic emulsions
4 parts of mould inhibitors
4 parts of defoamers
4 parts of wetting dispersing agents
10 parts of ceramic vacuum microballons
14 parts of phase-change microcapsules
Water, mica powder, calcite in powder, the rutile titanium white powder of above-mentioned materials be sequentially added into grind after stirring in the dispersion tank, be ground to and add water-based fluorocarbon resin, TB110 elastic emulsion, mould inhibitor, defoamer, wetting dispersing agent behind fineness≤80 μ m, add again and get final product after ceramic vacuum microballon, phase-change microcapsule are stirred to evenly at a slow speed until stirring.
Described ceramic vacuum microballon is the closed pore hollow material of granularity less than 55 μ m.
A kind of coating method of intelligent temperature adjusting composite coating material, its step is
1) will realize smearing the intelligent thermoregulating masterbatch on the metope that is incubated earlier, smearing thickness is 35mm;
2) blade coating heat preservation putty again on the basis of intelligent thermoregulating masterbatch then, blade coating thickness is 6mm;
3) the energy-conservation heat accumulation coating of last brushing on the basis of heat preservation putty.
Embodiment 7:
A kind of intelligent temperature adjusting composite coating material, it comprises the intelligent thermoregulating masterbatch as the first layer coating material; The heat preservation putty of second layer coating material; And the energy-conservation heat accumulation coating of the 3rd layer of coating material.
Described intelligent thermoregulating masterbatch moiety is by weight:
6 parts of phase-change microcapsules
24 parts of silicate cements
10 parts of sand-cement slurry binding agents
17 parts of fly ash floats
10 parts of pearlstones
20 parts of closed perlite
18 parts of brucite fibers
1.1 parts of hydrophober
1 part of water reducer
1.1 parts of water-holding agents
1 part of whipping agent
14 parts of nano silicons
1 part of anti-fissuring agent
Above-mentioned materials added in the mixing machine successively mix, add clear water during use and mix well.
Described heat preservation putty moiety is by weight:
35 parts of cement
7 parts of silica powders
40 parts of ceramic vacuum microballons
15 parts of brucite powders
10 parts of 5044N rubber powders
1.1 parts of hydrophober
1 part of water reducer
1.1 parts of water-holding agents
1 part of anti-fissuring agent
With above-mentioned materials add mix in the mixing machine after, add proper amount of clear water during use and mix well into paste and get final product.
Described energy-conservation heat accumulation coating moiety is by weight:
13 parts in water
6 parts of mica powders
7 parts of calcite in powder
18 parts in rutile titanium white powder
25 parts of water-based fluorocarbon resins
18 parts of TB110 elastic emulsions
5 parts of mould inhibitors
5 parts of defoamers
5 parts of wetting dispersing agents
11 parts of ceramic vacuum microballons
16 parts of phase-change microcapsules
Water, mica powder, calcite in powder, the rutile titanium white powder of above-mentioned materials be sequentially added into grind after stirring in the dispersion tank, be ground to and add water-based fluorocarbon resin, TB110 elastic emulsion, mould inhibitor, defoamer, wetting dispersing agent behind fineness≤80 μ m, add again and get final product after ceramic vacuum microballon, phase-change microcapsule are stirred to evenly at a slow speed until stirring.
Described ceramic vacuum microballon is the closed pore hollow material of granularity less than 55 μ m.
A kind of coating method of intelligent temperature adjusting composite coating material, its step is
1) will realize smearing the intelligent thermoregulating masterbatch on the metope that is incubated earlier, smearing thickness is 40mm;
2) blade coating heat preservation putty again on the basis of intelligent thermoregulating masterbatch then, blade coating thickness is 7mm;
3) the energy-conservation heat accumulation coating of last brushing on the basis of heat preservation putty.
Embodiment 8:
A kind of intelligent temperature adjusting composite coating material, it comprises the intelligent thermoregulating masterbatch as the first layer coating material; The heat preservation putty of second layer coating material; And the energy-conservation heat accumulation coating of the 3rd layer of coating material.
Described intelligent thermoregulating masterbatch moiety is by weight:
7 parts of phase-change microcapsules
26 parts of silicate cements
10 parts of sand-cement slurry binding agents
18 parts of fly ash floats
10 parts of pearlstones
22 parts of closed perlite
20 parts of brucite fibers
1.3 parts of hydrophober
1.2 parts of water reducers
1.3 parts of water-holding agents
1.2 parts of whipping agents
16 parts of nano silicons
1.2 parts of anti-fissuring agents
Above-mentioned materials added in the mixing machine successively mix, add clear water during use and mix well.
Described heat preservation putty moiety is by weight:
40 parts of cement
8 parts of silica powders
42 parts of ceramic vacuum microballons
15 parts of brucite powders
12 parts of 5044N rubber powders
1.3 parts of hydrophober
1.2 parts of water reducers
1.3 parts of water-holding agents
1.2 parts of anti-fissuring agents
With above-mentioned materials add mix in the mixing machine after, add proper amount of clear water during use and mix well into paste and get final product.
Described energy-conservation heat accumulation coating moiety is by weight:
14 parts in water
7 parts of mica powders
8 parts of calcite in powder
20 parts in rutile titanium white powder
30 parts of water-based fluorocarbon resins
20 parts of TB110 elastic emulsions
5 parts of mould inhibitors
5 parts of defoamers
5 parts of wetting dispersing agents
12 parts of ceramic vacuum microballons
18 parts of phase-change microcapsules
Water, mica powder, calcite in powder, the rutile titanium white powder of above-mentioned materials be sequentially added into grind after stirring in the dispersion tank, be ground to and add water-based fluorocarbon resin, TB110 elastic emulsion, mould inhibitor, defoamer, wetting dispersing agent behind fineness≤80 μ m, add again and get final product after ceramic vacuum microballon, phase-change microcapsule are stirred to evenly at a slow speed until stirring.
Described ceramic vacuum microballon is the closed pore hollow material of granularity less than 55 μ m.
A kind of coating method of intelligent temperature adjusting composite coating material, its step is
1) will realize smearing the intelligent thermoregulating masterbatch on the metope that is incubated earlier, smearing thickness is 42mm;
2) blade coating heat preservation putty again on the basis of intelligent thermoregulating masterbatch then, blade coating thickness is 8mm;
3) the energy-conservation heat accumulation coating of last brushing on the basis of heat preservation putty.
Embodiment 9:
A kind of intelligent temperature adjusting composite coating material, it comprises the intelligent thermoregulating masterbatch as the first layer coating material; The heat preservation putty of second layer coating material; And the energy-conservation heat accumulation coating of the 3rd layer of coating material.
Described intelligent thermoregulating masterbatch moiety is by weight:
8 parts of phase-change microcapsules
28 parts of silicate cements
10 parts of sand-cement slurry binding agents
19 parts of fly ash floats
10 parts of pearlstones
26 parts of closed perlite
22 parts of brucite fibers
1.5 parts of hydrophober
1.4 parts of water reducers
1.5 parts of water-holding agents
1.4 parts of whipping agents
18 parts of nano silicons
1.4 parts of anti-fissuring agents
Above-mentioned materials added in the mixing machine successively mix, add clear water during use and mix well.
Described heat preservation putty moiety is by weight:
45 parts of cement
9 parts of silica powders
46 parts of ceramic vacuum microballons
15 parts of brucite powders
13 parts of 5044N rubber powders
1.5 parts of hydrophober
1.4 parts of water reducers
1.5 parts of water-holding agents
1.4 parts of anti-fissuring agents
With above-mentioned materials add mix in the mixing machine after, add proper amount of clear water during use and mix well into paste and get final product.
Described energy-conservation heat accumulation coating moiety is by weight:
15 parts in water
7 parts of mica powders
9 parts of calcite in powder
22 parts in rutile titanium white powder
40 parts of water-based fluorocarbon resins
22 parts of TB110 elastic emulsions
5 parts of mould inhibitors
5 parts of defoamers
5 parts of wetting dispersing agents
13 parts of ceramic vacuum microballons
19 parts of phase-change microcapsules
Water, mica powder, calcite in powder, the rutile titanium white powder of above-mentioned materials be sequentially added into grind after stirring in the dispersion tank, be ground to and add water-based fluorocarbon resin, TB110 elastic emulsion, mould inhibitor, defoamer, wetting dispersing agent behind fineness≤80 μ m, add again and get final product after ceramic vacuum microballon, phase-change microcapsule are stirred to evenly at a slow speed until stirring.
Described ceramic vacuum microballon is the closed pore hollow material of granularity less than 55 μ m.
A kind of coating method of intelligent temperature adjusting composite coating material, its step is
1) will realize smearing the intelligent thermoregulating masterbatch on the metope that is incubated earlier, smearing thickness is 45mm;
2) blade coating heat preservation putty again on the basis of intelligent thermoregulating masterbatch then, blade coating thickness is 9mm;
3) the energy-conservation heat accumulation coating of last brushing on the basis of heat preservation putty.
Embodiment 10:
A kind of intelligent temperature adjusting composite coating material, it comprises the intelligent thermoregulating masterbatch as the first layer coating material; The heat preservation putty of second layer coating material; And the energy-conservation heat accumulation coating of the 3rd layer of coating material.
Described intelligent thermoregulating masterbatch moiety is by weight:
9 parts of phase-change microcapsules
29 parts of silicate cements
10 parts of sand-cement slurry binding agents
19 parts of fly ash floats
10 parts of pearlstones
28 parts of closed perlite
24 parts of brucite fibers
1.9 parts of hydrophober
1.9 parts of water reducers
1.9 parts of water-holding agents
1.9 parts of whipping agents
19 parts of nano silicons
1.9 parts of anti-fissuring agents
Above-mentioned materials added in the mixing machine successively mix, add clear water during use and mix well.
Described heat preservation putty moiety is by weight:
49 parts of cement
9 parts of silica powders
49 parts of ceramic vacuum microballons
15 parts of brucite powders
14 parts of 5044N rubber powders
1.9 parts of hydrophober
1.9 parts of water reducers
1.9 parts of water-holding agents
1.9 parts of anti-fissuring agents
With above-mentioned materials add mix in the mixing machine after, add proper amount of clear water during use and mix well into paste and get final product.
Described energy-conservation heat accumulation coating moiety is by weight:
15 parts in water
7 parts of mica powders
9 parts of calcite in powder
24 parts in rutile titanium white powder
48 parts of water-based fluorocarbon resins
24 parts of TB110 elastic emulsions
5 parts of mould inhibitors
5 parts of defoamers
5 parts of wetting dispersing agents
14 parts of ceramic vacuum microballons
19 parts of phase-change microcapsules
Water, mica powder, calcite in powder, the rutile titanium white powder of above-mentioned materials be sequentially added into grind after stirring in the dispersion tank, be ground to and add water-based fluorocarbon resin, TB110 elastic emulsion, mould inhibitor, defoamer, wetting dispersing agent behind fineness≤80 μ m, add again and get final product after ceramic vacuum microballon, phase-change microcapsule are stirred to evenly at a slow speed until stirring.
Described ceramic vacuum microballon is the closed pore hollow material of granularity less than 55 μ m.
A kind of coating method of intelligent temperature adjusting composite coating material, its step is
1) will realize smearing the intelligent thermoregulating masterbatch on the metope that is incubated earlier, smearing thickness is 48mm;
2) blade coating heat preservation putty again on the basis of intelligent thermoregulating masterbatch then, blade coating thickness is 9mm;
3) the energy-conservation heat accumulation coating of last brushing on the basis of heat preservation putty.
Claims (3)
1. intelligent temperature adjusting composite coating material, it is characterized in that: it comprises the intelligent thermoregulating masterbatch as the first layer coating material; The heat preservation putty of second layer coating material; And the energy-conservation heat accumulation coating of the 3rd layer of coating material;
Described intelligent thermoregulating masterbatch moiety is by weight:
Phase-change microcapsule 1-10 part
Silicate cement 10-30 part
Sand-cement slurry binding agent 5-10 part
Fly ash float 10-20 part
Pearlstone 5-10 part
Closed perlite 5---30 part
Brucite fiber 5-25 part
Hydrophober 0--2 part
Water reducer 0--2 part
Water-holding agent 0--2 part
Whipping agent 0--2 part
Nanometer titanium dioxide 5--20 part
Anti-fissuring agent 0--2 part
Above-mentioned materials added in the mixing machine successively mix, add clear water during use and mix well; Wherein phase-change microcapsule is that the phase-change microcapsule of a plurality of specifications of 0 ℃, 10 ℃, 15 ℃, 20 ℃ and 26 ℃ mixes by phase point temperature;
Described heat preservation putty moiety is by weight:
Cement 10-50 part
Silica powder 2-10 part
Ceramic vacuum microballon 30-50 part
Brucite powder 10-15 part
5044N rubber powder 5-15 part
Hydrophober 0--2 part
Water reducer 0--2 part
Water-holding agent 0--2 part
Anti-fissuring agent 1--4 part
With above-mentioned materials add mix in the mixing machine after, add proper amount of clear water during use and mix well into paste and get final product;
Described energy-conservation heat accumulation coating moiety is by weight:
Water 8-15 part
Mica powder 1-7 part
Calcite in powder 1-10 part
Rutile titanium white powder 10-25 part
Water-based fluorocarbon resin 10-50 part
TB110 elastic emulsion 5-25 part
Mould inhibitor 0-5 part
Defoamer 0-5 part
Wetting dispersing agent 0-10 part
Ceramic vacuum microballon 5-15 part
Phase-change microcapsule 5-20 part
Water, mica powder, calcite in powder, the rutile titanium white powder of above-mentioned materials be sequentially added into grind after stirring in the dispersion tank, be ground to and add water-based fluorocarbon resin, TB110 elastic emulsion, mould inhibitor, defoamer, wetting dispersing agent behind fineness≤80 μ m, add again and get final product after ceramic vacuum microballon, phase-change microcapsule are stirred to evenly at a slow speed until stirring.
2. intelligent temperature adjusting composite coating material as claimed in claim 1 is characterized in that, described ceramic vacuum microballon is the closed pore hollow material of granularity less than 55 μ m.
3. the coating method of the described intelligent temperature adjusting composite coating material of claim 1 is characterized in that, its step is
1) will realize smearing the intelligent thermoregulating masterbatch on the metope that is incubated earlier, smearing thickness is 20-50mm;
2) blade coating heat preservation putty again on the basis of intelligent thermoregulating masterbatch then, blade coating thickness is 2-10mm;
3) the energy-conservation heat accumulation coating of last brushing on the basis of heat preservation putty.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008101393591A CN101343429B (en) | 2008-09-01 | 2008-09-01 | Intelligent temperature adjusting composite coating material and coating method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008101393591A CN101343429B (en) | 2008-09-01 | 2008-09-01 | Intelligent temperature adjusting composite coating material and coating method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101343429A CN101343429A (en) | 2009-01-14 |
| CN101343429B true CN101343429B (en) | 2010-06-23 |
Family
ID=40245549
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2008101393591A Expired - Fee Related CN101343429B (en) | 2008-09-01 | 2008-09-01 | Intelligent temperature adjusting composite coating material and coating method thereof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101343429B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104609791A (en) * | 2015-01-27 | 2015-05-13 | 建筑材料工业技术监督研究中心 | Phase-change energy-storage dual-limit temperature adjustment mortar and preparation method thereof |
Families Citing this family (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101885939B (en) * | 2009-05-14 | 2013-09-04 | 宁波大学 | Phase-change heat-insulating coating and preparation method thereof |
| CN103725116A (en) * | 2012-10-15 | 2014-04-16 | 浙江精瑞涂料有限公司 | Space suit thermal insulation coating hollow ceramic microsphere |
| CN105000840B (en) * | 2015-07-29 | 2017-01-11 | 刘致浦 | Phase change latent heat environment-friendly energy-saving type building material and preparation method thereof |
| CN105219146B (en) * | 2015-10-26 | 2017-08-08 | 福建建工建材科技开发有限公司 | A kind of aqueous colorful stone-like coating system |
| CN105585886A (en) * | 2016-03-02 | 2016-05-18 | 李金平 | External wall insulation putty |
| CN108101478B (en) * | 2018-01-05 | 2021-06-11 | 广东泷耀保温材料科技有限公司 | Composite microcapsule heat-insulating mortar and preparation method thereof |
| CN108774422B (en) * | 2018-09-07 | 2020-11-20 | 庞龙雨 | Intelligent phase-change heat-resistant sun-proof cooling waterproof wall putty powder |
| CN109370292A (en) * | 2018-12-12 | 2019-02-22 | 河北晨阳工贸集团有限公司 | A kind of phase transformation exterior wall putty and preparation method thereof |
-
2008
- 2008-09-01 CN CN2008101393591A patent/CN101343429B/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104609791A (en) * | 2015-01-27 | 2015-05-13 | 建筑材料工业技术监督研究中心 | Phase-change energy-storage dual-limit temperature adjustment mortar and preparation method thereof |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101343429A (en) | 2009-01-14 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101343429B (en) | Intelligent temperature adjusting composite coating material and coating method thereof | |
| CN101665343A (en) | Vitrified micro-bead heat preserving and insulating material and method of preparing same | |
| CN101880149A (en) | Phase-change and energy-storage desulfurized gypsum interior wall thermal-insulation mortar | |
| CN104829189B (en) | Phase-change energy-storing composite foam concrete block | |
| CN108264256B (en) | Geopolymer saltpetering inhibitor | |
| CN103924757B (en) | There is suspended ceiling of conditioning and air-cleaning function and preparation method thereof | |
| CN110627443A (en) | Preparation method of regenerative composite building thermal insulation material | |
| CN101987789A (en) | Phase-change energy-storing heat preservation and regulation building mortar | |
| CN105110731A (en) | High-temperature phase change energy storage concrete and preparation method therefor | |
| CN109535984A (en) | A kind of superhigh temperature infra-red radiation heat preservation energy-saving coating | |
| CN109206079A (en) | A kind of inorganic heat preservation building energy conservation plate and preparation method | |
| CN102887667A (en) | Inorganic fibre fireproof insulation board | |
| CN101148342B (en) | Anti-cracking waterproof polyphenyl particles thermal insulation slurry | |
| CN104230290A (en) | Black-body cement capable of accumulating heat and preparation method thereof | |
| CN101096300A (en) | Organic phase-change composite coal powder ceramic particle and preparation method therefor | |
| Yu | Application of foam glass-ceramic composite thermal insulation material in traditional buildings | |
| CN101245235A (en) | Composite silicate high-mucosity cold-hot coating heat preservation slurry | |
| CN103496893B (en) | Novel energy-saving, heat-preservation and environment-friendly building sand material and preparation method thereof | |
| CN102964971A (en) | Improved reflective heat-insulation coating | |
| CN102424559A (en) | Sepiolite modified foamed cement insulation board material | |
| Chen et al. | Research and application of phase change energy storage technology in construction and buildings materials | |
| CN109020389B (en) | Inorganic composite thermal insulation material and preparation method thereof | |
| CN103642463A (en) | Phase change thermal storage material | |
| CN108863263A (en) | It is a kind of can accumulation of heat black matrix cement material and preparation method | |
| Nmiri | Incorporation of Phase Change Materials and Application of 3D Printing Technology in the Geopolymer Development |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100623 Termination date: 20120901 |