CN102181217B - Colorized reflection heat insulation coating and color card thereof - Google Patents
Colorized reflection heat insulation coating and color card thereof Download PDFInfo
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Abstract
The invention discloses a colorized reflection heat insulation coating. Carbon black, iron oxide red, organic yellow, phthalocyanine green, phthalocyanine blue, and other conventional common pigments are replaced by the pigments, namely nickel iron chromite black, nickel iron chromite red, cobalt blue, titanium yellow and cobalt green, so that the colorized reflection heat insulation coating can meet the demand of the external wall decoration on colors and has high reflectivity to solar energy and a good heat insulation effect. The invention also provides a color card by which a colorized coating is formed by mixing the nickel iron chromite black, the nickel iron chromite red, the cobalt blue, the titanium yellow and the cobalt green, a user can quickly mix the coating of the corresponding colors according to the pigment formula corresponding to each color in the color card, and the color card is convenient to use.
Description
Technical field
The present invention relates to a kind of colo(u)r coating and Coating Colour Card, relate in particular to a kind of colour reflective thermal insulating coating and colour atla thereof.
Background technology
The sun at every moment huge energy to terrestrial radiation, and the sun power overwhelming majority is in visible light and near-infrared region.Can be divided into three parts by wavelength, namely account for 5% of solar energy in the ultraviolet region of 0.2 ~ 0.4 μ m, account for 45% of solar energy at the visible region of 0.4 ~ 0.72 μ m, account for 50% of solar energy in the near-infrared region of 0.72 ~ 2.5 μ m.As seen, solar energy mainly concentrates on wavelength in visible light and the infrared light district of 0.4 ~ 2.5 μ m.In this wavelength region, reflectivity is higher, and effect of heat insulation is better.
Any material all has reflection or absorbs the performance of certain wavelength sunlight.The solar radiant energy that is incident on filming is absorbed, throws or reflects, and its specific absorption, transmissivity and reflectivity sum are 1.Because to film be opaque, its transmissivity is approximately 0, therefore only is improved the reflectivity of coating, just can make coatingsurface absorb less energy.Reflection type thermal insulation coating is exactly by selecting suitable resin, metal or metal oxide pigment, filler and production technique, and the coating that makes high-reflectivity reflects solar heat, thereby reaches the purpose of heat insulation and heat control.
Existing reflection type thermal insulation coating mostly is white, can not satisfy decoration of exterior wall to the demand of color.If furnishing colored paint on demand, owing to darkening, paint film increases sun Optical Absorption, has reduced greatly reflective insulation efficient.
Summary of the invention
For foregoing, the purpose of this invention is to provide color various, can satisfy decoration of exterior wall to the demand of color, and the higher colour reflective thermal insulating coating of reflective insulation efficient; A kind of colour atla of colour reflective thermal insulating coating also is provided simultaneously.
For achieving the above object, the technical scheme that the present invention takes is: a kind of colour reflective thermal insulating coating, formed by whitewash and tinting pigment, described whitewash comprises the component of following mass parts: 30 ~ 40 parts of emulsion binders, 2 ~ 10 parts of fillers, 0.1 ~ 2 part of dispersion agent, 1 ~ 10 part of film coalescence aid, 10 ~ 40 parts of titanium dioxides, 0.1 ~ 2 part of defoamer, 0.1 ~ 2 part of thickening material, 0.1 ~ 2 part of wetting agent, 2 ~ 2.5 parts of fungusproof anti-corrosion agents, 0.1 ~ 2 part of PH conditioning agent, 5 ~ 20 parts of hollow glass micropearls, 10 ~ 40 parts in water, the weight ratio of described tinting pigment and described whitewash is 0.1% ~ 40%, and described tinting pigment is that ferrochrome is black, ferrochrome is red, cobalt blue, titan yellow, in the cobalt green any one or more.
Preferably, described whitewash comprises the component of following mass parts: 38 parts of emulsion binders, 4 parts of fillers, 0.6 part of dispersion agent, 4.5 parts of film coalescence aid, 17 parts of titanium dioxides, 0.6 part of defoamer, 0.8 part of thickening material, 0.2 part of wetting agent, 2.1 parts of fungusproof anti-corrosion agents, 0.2 part of PH conditioning agent, 6 parts of hollow glass micropearls, 23 parts in water, the weight ratio of described tinting pigment and described whitewash is 0.2% ~ 36%, described tinting pigment is that ferrochrome is black, ferrochrome is red, in the cobalt blue, titan yellow, cobalt green any two or multiple.
Preferably, described emulsion binder is acrylic ester emulsion or organosilicon-modified acrylate emulsion, described filler is kaolin, talcum powder, silica powder, barium sulfate, calcium carbonate or mica powder, described dispersion agent is polyprotonic acid homopolymer ammonium salt, described film coalescence aid is propylene glycol, ethylene glycol, ethylene glycol diether or 12 lipidols, described titanium dioxide is Rutile type Titanium Dioxide, described defoamer is mineral oil type antifoaming agent or silicone antifoam agent, described thickening material is polyvinyl ether, polyvinyl alcohol, Natvosol or polyurethane thickener, described wetting agent is non-ionic wetting agent, described fungusproof anti-corrosion agent is isothiazolinone derivatives or the agent of benzimidazole ester class environmental friendly, anti-corrosive, and described PH conditioning agent is organic amine PH conditioning agent.
A kind of colour atla of as mentioned above colour reflective thermal insulating coating comprises color black by ferrochrome, that ferrochrome is red, any one or more pigment modulation in the cobalt blue, titan yellow, cobalt green forms, and every kind of pigment addition that color is corresponding.
Preferably, described colour reflective thermal insulating coating comprises 32 kinds of colors, and described 32 kinds of colors are from look number 01 to look numbers 32
Number consecutively, every kind of pigment formula corresponding to color is respectively:
Look number 01: ferrochrome is red 0.28%, cobalt blue 0.01%
Look number 02: ferrochrome is black 0.06%, and ferrochrome is red 0.75%, titan yellow 1.13%
Look number 03: ferrochrome is black 0.13%, cobalt blue 0.41%, cobalt green 0.28%
Look number 04: ferrochrome is black 0.02%, ferrochrome red 2.08%
Look number 05: ferrochrome is black 0.38%, cobalt blue 0.23%, titan yellow 0.53%
Look number 06: ferrochrome is red 0.88%, titan yellow 3.8%
Look number 07: ferrochrome is black 0.51%, and ferrochrome is red 0.01%, titan yellow 0.39%
Look number 08: ferrochrome is black 0.32%, cobalt blue 1.17%, cobalt green 0.87%
Look number 09: ferrochrome is black 0.61%, titan yellow 0.64%, cobalt green 0.21%
Look numbers 10: ferrochrome is red 6.54%, titan yellow 15.71%
Look numbers 11: ferrochrome is black 0.52%, ferrochrome red 0.64%
Look numbers 12: ferrochrome is red 2.18%, titan yellow 7.67%
Look numbers 13: ferrochrome is red 4.5%, titan yellow 11.26%
Look numbers 14: ferrochrome is red 11.44%, titan yellow 24.51%
Look numbers 15: ferrochrome is black 0.89%, titan yellow 0.35%, cobalt green 0.68%
Look numbers 16: ferrochrome is black 0.66%, and ferrochrome is red 1.23%, cobalt green 0.12%
Look numbers 17: ferrochrome is black 1%, and ferrochrome is red 0.63%, titan yellow 0.39%
Look numbers 18: ferrochrome is black 1.3%, cobalt blue 0.16%, cobalt green 0.45%
Look numbers 19: ferrochrome is red 2.4%, titan yellow 1%
Look numbers 20: ferrochrome is black 0.93%, cobalt blue 0.25%
Look numbers 21: ferrochrome is black 0.69%, and ferrochrome is red 2.5%, titan yellow 6.1%
Look numbers 22: ferrochrome is black 1.16%, cobalt green 0.39%
Look numbers 23: ferrochrome is black 0.69%, cobalt green 4.11%
Look numbers 24: ferrochrome is red 3.03%, titan yellow 0.88%
Look numbers 25: ferrochrome is black 0.41%, cobalt blue 2.72%, cobalt green 0.54%
Look numbers 26: ferrochrome is black 0.84%, titan yellow 1.69%, cobalt green 1.75%
Look numbers 27: ferrochrome is black 0.22%, and ferrochrome is red 0.63%, cobalt blue 2.46%
Look numbers 28: ferrochrome is black 0.71%, cobalt blue 0.99%, titan yellow 0.54%, cobalt green 1.62%
Look numbers 29: ferrochrome is black 1.71%, titan yellow 0.6%
Look numbers 30: ferrochrome is black 1.1%, cobalt blue 2%, cobalt green 0.8%
Look numbers 31: ferrochrome is black 0.89%, and ferrochrome is red 1.78%, titan yellow 4.09%
Look numbers 32: ferrochrome is red 3.11%, titan yellow 4.16%
The content of above-mentioned every kind of pigment is all to account for the per-cent of described whitewash weight.
Colour reflective thermal insulating coating of the present invention is black with ferrochrome, ferrochrome is red, cobalt blue, titan yellow, five kinds of pigment of cobalt green replace the pigment such as tradition carbon blacks commonly used, red iron oxide, organic yellow, phthalein viridescent, phthalocyanine blue, can be made into the coating of multiple color, because ferrochrome is black, ferrochrome is red, the solar energy reflection of cobalt blue, titan yellow and cobalt green is higher, the solar energy reflection of the colo(u)r coating made from these five kinds of pigment is higher than also, both can satisfy decoration of exterior wall to the demand of color, and can guarantee effect of heat insulation again.Colour reflective thermal insulating coating colour atla provided by the invention, black by ferrochrome, ferrochrome is red, any one or more modulation in the cobalt blue, titan yellow, cobalt green forms, every kind of color is corresponding pigment formula, the user modulates the coating of corresponding color quickly according to pigment formula corresponding to colour atla color, easy to use.
Embodiment
Embodiment 1
A kind of colour reflective thermal insulating coating of the embodiment of the invention may further comprise the steps:
(1) under the speed of 300r/min stirs, add entry 10g, dispersion agent polyprotonic acid homopolymer ammonium salt 20g, Dispersant 4010(available from Shenzhen Haichuan Chemical Technology Co., Ltd) nonionic wetting agent 1g, polyvinyl ether 10g, AIR-08(be available from Tianjin Ai Er Industrial Co., Ltd) mineral oil type antifoaming agent 20g, stir 3min;
(2) turn speed to 600r/min, add PH conditioning agent CP800(and attain product chemical industry company limited available from Shanghai) 1g, stir 2min;
(3) turn speed to 1200r/min, add rutile type 100g, kaolin 100g, stir 30min;
(4) turn speed to 600r/min, add film coalescence aid propylene glycol 100g, thickening material polyvinyl ether 10g, fungusproof anti-corrosion agent 20g, stir 3min;
(5) add emulsion binder acrylic ester emulsion 400g, stir 3min;
(6) add entry 90g, hollow glass micropearl 200g under the exhausting closing, stir 10min;
(7) add the black 5.52g of ferrochrome, the red 0.11g of ferrochrome, titan yellow 4.22g, stir 10min, can obtain the greyish-green thermal insulating coating.
Embodiment 2
A kind of colour reflective thermal insulating coating of the embodiment of the invention may further comprise the steps:
(1) under the speed of 300r/min stirs, adding entry 40g, dispersion agent polyprotonic acid homopolymer ammonium salt 1g, Dispersant 1811(available from Shenzhen Haichuan Chemical Technology Co., Ltd) nonionic wetting agent 20g, thickening material polyvinyl alcohol 0.5g, potent silicone antifoam agent be (available from Shanghai arrow space chemical industry company limited, model JY-801) 1g stirs 3min;
(2) turn speed to 600r/min, add PH conditioning agent M-75(available from Shanghai ten thousand promises chemistry Science and Technology Ltd.) 20g, stir 2min;
(3) turn speed to 1200r/min, add rutile type 400g, talcum powder 20g, stir 30min;
(4) turn speed to 600r/min, add film coalescence aid ethylene glycol diether 10g, thickening material polyvinyl alcohol 0.5g, benzimidazole ester class sanitas 25g, stir 3min;
(5) add emulsion binder organosilicon-modified acrylate emulsion 300g, stir 3min;
(6) add entry 360g, hollow glass micropearl 50g under the exhausting closing, stir 10min;
(7) add ferrochrome black 13.73g, cobalt blue 24.96g, titan yellow 9.98g, stir 10min and can obtain the mazarine thermal insulating coating.
Embodiment 3
A kind of colour reflective thermal insulating coating of the embodiment of the invention may further comprise the steps:
(1) under the speed of 300r/min stirs, add entry 23g, dispersion agent polyprotonic acid homopolymer ammonium salt 6g, Dispersant 4010(available from Shenzhen Haichuan Chemical Technology Co., Ltd) nonionic wetting agent 2g, polyurethane thickener 4g, AIR-08(be available from Tianjin Ai Er Industrial Co., Ltd) mineral oil type antifoaming agent 6g, stir 3min;
(2) turn speed to 600r/min, add PH conditioning agent CP800(and attain product chemical industry company limited available from Shanghai) 2g, stir 2min;
(3) turn speed to 1200r/min, add rutile type 170g, silica powder 40g, stir 30min;
(4) turn speed to 600r/min, add film coalescence aid 12 lipidol 45g, polyurethane thickener 4g, isothiazolinone derivatives sanitas 21g, stir 3min;
(5) add emulsion binder acrylic ester emulsion 380g, stir 3min;
(6) add entry 207g, hollow glass micropearl 60g under the exhausting closing, stir 10min;
(7) add the black 9.7g of ferrochrome, the red 6.11g of ferrochrome, titan yellow 3.78g, stir 10min and can obtain the grey thermal insulating coating.
Embodiment 4
(1) under the speed of 300r/min stirs, add entry 30g, dispersion agent polyprotonic acid homopolymer ammonium salt 10g, Dispersant 4010(available from Shenzhen Haichuan Chemical Technology Co., Ltd) nonionic wetting agent 8g, thickening material polyvinyl ether 5g, AIR-08(be available from Tianjin Ai Er Industrial Co., Ltd) mineral oil type antifoaming agent 6g, stir 3min;
(2) turn speed to 600r/min, add PH conditioning agent CP800(and attain product chemical industry company limited available from Shanghai) 10g, stir 2min;
(3) turn speed to 1200r/min, add rutile type 150g, calcium carbonate 60g, stir 30min;
(4) turn speed to 600r/min, add film coalescence aid propylene glycol 80g, thickening material polyvinyl ether 5g, fungusproof anti-corrosion agent 21g, stir 3min;
(5) add emulsion binder acrylic ester emulsion 320g, stir 3min;
(6) add entry 270g, hollow glass micropearl 60g under the exhausting closing, stir 10min, make whitewash.
Take out 1000g from above-mentioned gained whitewash, be divided into experimental group and control group, every group of 500g, experimental group and control group are equally divided into respectively again 5 groups, i.e. experimental group 1,2,3,4,5 and control group 1,2,3,4,5, and each group is the 100g whitewash.
Add respectively in experimental group that the 2.5g ferrochrome is black, ferrochrome is red, cobalt blue, titan yellow, cobalt green, be modulated into respectively the coating of corresponding color.
In control group 1, add carbon black 2.3g and be modulated into coating with experimental group 1 same color, in control group 2, add red iron oxide 2.5g, carbon black 0.3g is modulated into and the coating of experimental group 2 same colors, in control group 3, add phthalocyanine blue 2.5g and be modulated into the color identical with experimental group 3, in control group 4, add organic yellow 2.6g and be modulated into the color identical with experimental group 4, in control group 5, add the dark green 2.4g of phthalein and be modulated into the color identical with experimental group 5.
With 150 μ m line rods masking on 150 * 70mm asbestos cement plate, with above-mentioned 10 groups of coating blade coating on asbestos cement plate respectively, under the normal temperature dry 7 days, comparative determination solar energy reflection ratio, acquired results sees Table 1.
The solar energy reflection ratio of the different pigment of table 1
Can be found out by the above results, ferrochrome is black, ferrochrome is red, the pigment of cobalt blue, titan yellow, these five kinds of colors of cobalt green, compares with other pigment that control group is used, has higher solar energy reflection ratio.
Embodiment 5
(1) under the speed of 300r/min stirs, add entry 200g, dispersion agent polyprotonic acid homopolymer ammonium salt 80g, Dispersant4010(available from Shenzhen Haichuan Chemical Technology Co., Ltd) nonionic wetting agent 100g, thickening material polyvinyl ether 50g, AIR-08(be available from Tianjin Ai Er Industrial Co., Ltd) mineral oil type antifoaming agent 120g, stir 3min;
(2) turn speed to 600r/min, add PH conditioning agent CP800(and attain product chemical industry company limited available from Shanghai) 160g, stir 2min;
(3) turn speed to 1200r/min, add rutile type 3000g, barium sulfate 500g, stir 30min;
(4) turn speed to 600r/min, add film coalescence aid propylene glycol 400g, thickening material polyvinyl ether 100g, fungusproof anti-corrosion agent 2100g, stir 3min;
(5) add emulsion binder acrylic ester emulsion 3500g, stir 3min;
(6) add entry 1800g, hollow glass micropearl 1200g under the exhausting closing, stir 10min, make the 13.31kg whitewash.
Take by weighing 6.4kg from the above-mentioned 13.31kg whitewash that makes, be equally divided into 64 parts, every part of 100g is divided into two groups at random with 64 parts, experimental group and control group, and 32 parts every group, experimental group from 01 to 32 number consecutively, control group is from 01 to 32 number consecutively also.Then add different pigment according to the amount in the table 2 respectively, and stir 10min, make the coating of different colours.Wherein experimental group 1 is identical with control group 1 gained painting color, experimental group 2 is identical with control group 2 gained coating pigment, and by that analogy, every group of amount of pigment of adding and the color that obtains pigment see Table 2.
The pigment formula that table 2 experimental group and control group add
To all carry out following processing according to 64 parts of pigment of upper table gained: with 150 μ m line rods masking on 150 * 70mm asbestos cement plate, blade coating twice, the interval is 4 hours between the twice, and drying is 7 days under the normal temperature, measures the solar energy reflection ratio, and acquired results sees Table 3.
The solar energy reflection ratio of table 3 experimental group and control group
As shown in Table 3, gained colo(u)r coating of the present invention is compared with the colo(u)r coating of the same color of modulating with traditional common pigments, and colo(u)r coating of the present invention has higher solar reflectance.
The above only is preferred implementation of the present invention but not limiting the scope of the invention; should be understood that; for those skilled in the art; under the prerequisite that does not break away from the principle of the invention; can make amendment or be equal to replacement technical solution of the present invention, these modifications or be equal to replacement and also should be considered as protection scope of the present invention.
Claims (4)
1. colour reflective thermal insulating coating, it is characterized in that being formed by whitewash and tinting pigment, described whitewash comprises the component of following mass parts: 30 ~ 40 parts of emulsion binders, 2 ~ 10 parts of fillers, 0.1 ~ 2 part of dispersion agent, 1 ~ 10 part of film coalescence aid, 10 ~ 40 parts of titanium dioxides, 0.1 ~ 2 part of defoamer, 0.1 ~ 2 part of thickening material, 0.1 ~ 2 part of wetting agent, 2 ~ 2.5 parts of fungusproof anti-corrosion agents, 0.1 ~ 2 part of PH conditioning agent, 5 ~ 20 parts of hollow glass micropearls, 10 ~ 40 parts in water, the weight ratio of described tinting pigment and described whitewash are 0.1% ~ 40%, and described tinting pigment contains the pigment of following mass percent:
Ferrochrome is red 0.28%, cobalt blue 0.01%; Or
Ferrochrome is black 0.06%, and ferrochrome is red 0.75%, titan yellow 1.13%; Or
Ferrochrome deceives 0.13%, cobalt blue 0.41%, cobalt green 0.28%; Or
Ferrochrome deceives 0.02%, ferrochrome red 2.08%; Or
Ferrochrome deceives 0.38%, cobalt blue 0.23%, titan yellow 0.53%; Or
Ferrochrome is red 0.88%, titan yellow 3.8%; Or
Ferrochrome is black 0.51%, and ferrochrome is red 0.01%, titan yellow 0.39%; Or
Ferrochrome deceives 0.32%, cobalt blue 1.17%, cobalt green 0.87%; Or
Ferrochrome deceives 0.61%, titan yellow 0.64%, cobalt green 0.21%; Or
Ferrochrome is red 6.54%, titan yellow 15.71%; Or
Ferrochrome deceives 0.52%, ferrochrome red 0.64%; Or
Ferrochrome is red 2.18%, titan yellow 7.67%; Or
Ferrochrome is red 4.5%, titan yellow 11.26%; Or
Ferrochrome is red 11.44%, titan yellow 24.51%; Or
Ferrochrome deceives 0.89%, titan yellow 0.35%, cobalt green 0.68%; Or
Ferrochrome is black 0.66%, and ferrochrome is red 1.23%, cobalt green 0.12%; Or
Ferrochrome is black 1%, and ferrochrome is red 0.63%, titan yellow 0.39%; Or
Ferrochrome deceives 1.3%, cobalt blue 0.16%, cobalt green 0.45%; Or
Ferrochrome is red 2.4%, titan yellow 1%; Or
Ferrochrome deceives 0.93%, cobalt blue 0.25%; Or
Ferrochrome is black 0.69%, and ferrochrome is red 2.5%, titan yellow 6.1%; Or
Ferrochrome deceives 1.16%, cobalt green 0.39%; Or
Ferrochrome deceives 0.69%, cobalt green 4.11%; Or
Ferrochrome is red 3.03%, titan yellow 0.88%; Or
Ferrochrome deceives 0.41%, cobalt blue 2.72%, cobalt green 0.54%; Or
Ferrochrome deceives 0.84%, titan yellow 1.69%, cobalt green 1.75%; Or
Ferrochrome is black 0.22%, and ferrochrome is red 0.63%, cobalt blue 2.46%; Or
Ferrochrome deceives 0.71%, cobalt blue 0.99%, titan yellow 0.54%, cobalt green 1.62%; Or
Ferrochrome deceives 1.71%, titan yellow 0.6%; Or
Ferrochrome deceives 1.1%, cobalt blue 2%, cobalt green 0.8%; Or
Ferrochrome is black 0.89%, and ferrochrome is red 1.78%, titan yellow 4.09%; Or
Ferrochrome is red 3.11%, titan yellow 4.16%;
The content of above-mentioned every kind of pigment is all to account for the per-cent of described whitewash weight.
2. colour reflective thermal insulating coating as claimed in claim 1 is characterized in that described whitewash comprises the component of following mass parts: 38 parts of emulsion binders, 4 parts of fillers, 0.6 part of dispersion agent, 4.5 parts of film coalescence aid, 17 parts of titanium dioxides, 0.6 part of defoamer, 0.8 part of thickening material, 0.2 part of wetting agent, 2.1 parts of fungusproof anti-corrosion agents, 0.2 part of PH conditioning agent, 6 parts of hollow glass micropearls, 23 parts in water, the weight ratio of described tinting pigment and described whitewash is 0.2% ~ 36%.
3. colour reflective thermal insulating coating as claimed in claim 1 or 2, it is characterized in that described emulsion binder is acrylic ester emulsion or organosilicon-modified acrylate emulsion, described filler is kaolin, talcum powder, silica powder, barium sulfate, calcium carbonate or mica powder, described dispersion agent is polyprotonic acid homopolymer ammonium salt, described film coalescence aid is propylene glycol, ethylene glycol, ethylene glycol diether or 12 lipidols, described titanium dioxide is Rutile type Titanium Dioxide, described defoamer is mineral oil type antifoaming agent or silicone antifoam agent, described thickening material is polyvinyl ether, polyvinyl alcohol, Natvosol or polyurethane thickener, described wetting agent is non-ionic wetting agent, described fungusproof anti-corrosion agent is isothiazolinone derivatives or the agent of benzimidazole ester class environmental friendly, anti-corrosive, and described PH conditioning agent is organic amine PH conditioning agent.
4. colour atla of colour reflective thermal insulating coating as claimed in claim 1, it is characterized in that described colour atla comprises color black by ferrochrome, that ferrochrome is red, any one or more pigment modulation in the cobalt blue, titan yellow, cobalt green forms, and every kind of pigment addition that color is corresponding; Described colour reflective thermal insulating coating comprises 32 kinds of colors, and color is from look number 01 to look number 32 number consecutivelies in described 32, and every kind of pigment formula corresponding to color is respectively:
Look number 01: ferrochrome is red 0.28%, cobalt blue 0.01%
Look number 02: ferrochrome is black 0.06%, and ferrochrome is red 0.75%, titan yellow 1.13%
Look number 03: ferrochrome is black 0.13%, cobalt blue 0.41%, cobalt green 0.28%
Look number 04: ferrochrome is black 0.02%, ferrochrome red 2.08%
Look number 05: ferrochrome is black 0.38%, cobalt blue 0.23%, titan yellow 0.53%
Look number 06: ferrochrome is red 0.88%, titan yellow 3.8%
Look number 07: ferrochrome is black 0.51%, and ferrochrome is red 0.01%, titan yellow 0.39%
Look number 08: ferrochrome is black 0.32%, cobalt blue 1.17%, cobalt green 0.87%
Look number 09: ferrochrome is black 0.61%, titan yellow 0.64%, cobalt green 0.21%
Look numbers 10: ferrochrome is red 6.54%, titan yellow 15.71%
Look numbers 11: ferrochrome is black 0.52%, ferrochrome red 0.64%
Look numbers 12: ferrochrome is red 2.18%, titan yellow 7.67%
Look numbers 13: ferrochrome is red 4.5%, titan yellow 11.26%
Look numbers 14: ferrochrome is red 11.44%, titan yellow 24.51%
Look numbers 15: ferrochrome is black 0.89%, titan yellow 0.35%, cobalt green 0.68%
Look numbers 16: ferrochrome is black 0.66%, and ferrochrome is red 1.23%, cobalt green 0.12%
Look numbers 17: ferrochrome is black 1%, and ferrochrome is red 0.63%, titan yellow 0.39%
Look numbers 18: ferrochrome is black 1.3%, cobalt blue 0.16%, cobalt green 0.45%
Look numbers 19: ferrochrome is red 2.4%, titan yellow 1%
Look numbers 20: ferrochrome is black 0.93%, cobalt blue 0.25%
Look numbers 21: ferrochrome is black 0.69%, and ferrochrome is red 2.5%, titan yellow 6.1%
Look numbers 22: ferrochrome is black 1.16%, cobalt green 0.39%
Look numbers 23: ferrochrome is black 0.69%, cobalt green 4.11%
Look numbers 24: ferrochrome is red 3.03%, titan yellow 0.88%
Look numbers 25: ferrochrome is black 0.41%, cobalt blue 2.72%, cobalt green 0.54%
Look numbers 26: ferrochrome is black 0.84%, titan yellow 1.69%, cobalt green 1.75%
Look numbers 27: ferrochrome is black 0.22%, and ferrochrome is red 0.63%, cobalt blue 2.46%
Look numbers 28: ferrochrome is black 0.71%, cobalt blue 0.99%, titan yellow 0.54%, cobalt green 1.62%
Look numbers 29: ferrochrome is black 1.71%, titan yellow 0.6%
Look numbers 30: ferrochrome is black 1.1%, cobalt blue 2%, cobalt green 0.8%
Look numbers 31: ferrochrome is black 0.89%, and ferrochrome is red 1.78%, titan yellow 4.09%
Look numbers 32: ferrochrome is red 3.11%, titan yellow 4.16%
The content of above-mentioned every kind of pigment is all to account for the per-cent of described whitewash weight.
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