CN101270250A - 10B 7/10 pigment composition and technique method for preparing real object color block with the composition - Google Patents

10B 7/10 pigment composition and technique method for preparing real object color block with the composition Download PDF

Info

Publication number
CN101270250A
CN101270250A CNA2007100736886A CN200710073688A CN101270250A CN 101270250 A CN101270250 A CN 101270250A CN A2007100736886 A CNA2007100736886 A CN A2007100736886A CN 200710073688 A CN200710073688 A CN 200710073688A CN 101270250 A CN101270250 A CN 101270250A
Authority
CN
China
Prior art keywords
pigment
color
percent
composition
base
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.)
Pending
Application number
CNA2007100736886A
Other languages
Chinese (zh)
Inventor
赵蕴岚
何唯平
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Shenzhen Oceanpower Industrial Co Ltd
Shenzhen Oceanpower Color Technology Co Ltd
Ocean Power Corp
Original Assignee
Shenzhen Oceanpower Industrial Co Ltd
Shenzhen Oceanpower Color Technology Co Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Shenzhen Oceanpower Industrial Co Ltd, Shenzhen Oceanpower Color Technology Co Ltd filed Critical Shenzhen Oceanpower Industrial Co Ltd
Priority to CNA2007100736886A priority Critical patent/CN101270250A/en
Publication of CN101270250A publication Critical patent/CN101270250A/en
Pending legal-status Critical Current

Links

Landscapes

  • Paints Or Removers (AREA)
  • Compositions Of Macromolecular Compounds (AREA)

Abstract

The invention discloses a 10B 7/10 pigment compound with the components with the following weight portions: 995 weight portions to 1005 weight portions of CSC-B base material; PV23, including 30 percent of pigment, i.e. 0.28 weight portion to 0.33 weight portion; PB15:3, including 27 percent of pigment, i.e. 4.65 weight portions to 4.98 weight portions. The main components of the CSC-B base material is acrylic copolymer which accounts for 30 percent to 40 percent, with 150000 to 200000 of molecular weight on average. TiO2 is selected, which accounts for more than or equal to 95 percent with 1800 of achromic ability Reynolds number; ISO 591 R2 is taken as the main white pigment, which accounts for 8 percent to 12 percent. The contrast ratio of the base material is 0.78 to 0.82, the Stormer viscosity is 90 to 100KU; when the incident angle is 85, the glossiness is 5 to 10. The color characterization of the invention has excellent weather ability and stability, good ratio reproducibility; the raw materials and the process meet the requirements and the standards of low-VOC and zero-VOC environmental protection; such color characterization is slightly different from the standard color value of the national standard theoretical model in the Chinese color system, with high accuracy of color realization and is widely applicable to a plurality of fields related to color.

Description

The composition of 10B 7/10 pigment and with the technological method of this preparation of compositions characterization substance
[technical field]
The present invention relates to composition, particularly be the composition of pigment, and with the technological method of this preparation of compositions characterization substance.
[background technology]
A kind of color comprises form and aspect, lightness and chroma, as long as determined form and aspect, lightness and chroma, just can determine unique a kind of color.Stipulate among the Chinese colour system GB/T 15608-1995 that in the Chinese colour system theoretical model, any color can be demarcated with the tone on the color solid, lightness and chroma, and gives certain label.Scaling method is to write out tone H earlier, writes lightness V then, writes chroma C behind oblique line, represent with H V/C, and be example with color 10BG 5.5/6,10BG represents tone, 5.5 expression lightness, 6 expression chromas.
Theoretical value from theoretical model can relate to multinomial important steps such as aberration Δ E, raw material, prescription and technology to the production process of characterization substance.Wherein, Difference Control is to weigh the unalterable quota of a national colours reproducing technology ability, and the degree of approach that aberration is more little, the color theory value is reduced into the color matter sample is high more, and technical difficulty is big more, the scientific research strength that indicates this state simultaneously is strong more, and state of the art is high more.Therefore the research and development technology of characterization substance and research and development achievement in the Chinese colour system national standard theoretical model, embodied the sci-tech innovation ability of China, all had extremely profound significance in the status in color field, the world for development that promotes whole country color science technical field and raising country in the color field.
Coating pigment obtains characterization substance in accordance with regulations, and characterization substance can be widely used in many fields relevant with color.
At present, domesticly also be in the stage of accurately to control to the technical elements that reproducing color therewith characterizes thing, and this is only the core of color theory using value in the theoretical value from theoretical model.
[summary of the invention]
The composition that the purpose of this invention is to provide a kind of 10B 7/10 pigment reaches the technological method of realizing characterization substance with this composition, the fast light sex change and the favorable reproducibility of this characterization substance coating, and glossiness is moderate, and environmental protection.
A kind of composition of 10B 7/10 pigment consists of by weight:
995~1005 parts of CSC-B base-materials;
PV23, pigment content are 30%, 0.28~0.33 part;
PB15:3, pigment content are 27%, 4.65~4.98 parts.
Above-mentioned CSC-B base-material main component is an acrylic copolymer, and content is 30~40%, and its average molecular weight range is 15~200,000, median size is 0.1~0.2m, and minimum film-forming temperature is 10~22 ℃, and second-order transition temperature is 25~35 ℃, anionic, pH value are 8.5~10.0.Select TiO for use 2Content 〉=95%, oil number<20g/100g, the reducing power Reynolds is several now 1800, and ISO 591 R2 types are as main white pigment, and content is 8~12%.The contrast ratio of this base-material is 0.78~0.82, and stormer viscosity is 90~100KU, and incident angle is 85 o'clock, glossiness 5~10.
A kind of characterization substance of 10B 7/10 color, press above-mentioned raw materials and proportioning, incident angle is 85 o'clock, its glossiness is 4~6, and aberration Δ E≤3.0 between the standard value, the Chromatic color that satisfies GB/T 15608-1995 Chinese colour system national Specification are the requirement of sample aberration latitude Δ E≤3.
The technological method of the characterization substance preparation of above-mentioned 10B 7/10 color comprises the steps:
1) raw material blending: the proportioning by above-mentioned 10B 7/10 color takes by weighing raw material, mixes.
2) coating: at ambient relative humidity 50% ± 5%, under 23 ± 2 ℃ of conditions of room temperature, adopt mechanical coating method, composition evenly entirely is coated on the base material, base material is metallic substance or non-metallic material, and the coating wet-film thickness is 250m.
3) drying: place 50 ± 2 ℃ of dry 3~4h of accurate baking oven to constant weight composition coating, take out, be cooled to room temperature, obtain characterization substance.
Advantage of the present invention: said composition weathering resistance and stability are high, and good proportion repeatability, raw materials used and technological process meet low VOC and zero VOC environmental protection requirement and standard; It is little that this characterization substance and the standard value in the Chinese colour system national standard theoretical model are compared color distortion, and the order of accuarcy height that color realizes can be widely used in many fields relevant with color.
[embodiment]
Pigment preferred for this invention comprises that international pigment index codes is PV23 (pigment content is 30%), PB15:3 (pigment content is 27%).Wherein, PV23 (pigment content is 30%) dioxazine violet, it is present the most frequently used heterocyclic violet pigment, be the blue light purple, bright-colored pure, outstanding tinctorial strength and luminance brightness and excellent heat-resisting, anti-oozing property and good light fastness are arranged, stronger opacifying power is arranged, even usage quantity can keep excellent weathering resistance seldom equally, be mainly used in the painted of automobile, motorcycle, bike one class flawless finish coating; PB15:3 (pigment content is 27%) is a phthalocyanine blue, because phthalocyanine pigment has excellent sun-proof and resistance toheat, is insoluble to any solvent, and has extremely bright-coloured form and aspect, belongs to best performance in the current senior pigment, a class that cost is minimum.
Adopting contrast ratio is 0.78~0.82, and stormer viscosity is 90~100KU, and the CSC-B base-material of glossiness (85) 5~10 is realized the underlying carrier of color as us, and the CSC-B base-material is provided by the Hiachuan Industry Co., Ltd., Shenzhen.
We are called CSC2970010 with the characterization substance that generates, and its standard L* value, standard A * value, standard B* value are respectively 72.80 ,-19.99 ,-30.40, the observed value of this characterization substance and aberration Δ E≤3.0 between the standard value.
Embodiment 1:
Take by weighing 0.31 gram PV23 by weight, 4.88 gram PB15:3, CSC-B base-material 1000 grams.With above-mentioned mixing of materials mixing, then with the composition of gained, at ambient relative humidity 50% ± 5%, under 23 ± 2 ℃ of conditions of room temperature, adopt mechanical coating method, evenly entirely be coated on the base material, base material is metallic substance or non-metallic material, and the coating wet-film thickness is 250m, place 50 ± 2 ℃ of dry 3~4h of accurate baking oven to constant weight then, take out, be cooled to room temperature, obtain characterization substance.
Embodiment 2:
Take by weighing 0.28 gram PV23 by weight, 4.88 gram PB15:3, CSC-B base-material 1000 grams.Making processes is with embodiment 1.
Embodiment 3:
Take by weighing 0.31 gram PV23 by weight, 4.65 gram PB15:3, CSC-B base-material 1005 grams.Making processes is with embodiment 1.
Embodiment 4:
Take by weighing 0.33 gram PV23 by weight, 4.98 gram PB15:3, CSC-B base-material 995 grams.Making processes is with embodiment 1.
Characterization substance detected result tabulation with embodiment 1 to 4:
Table 1
Circulation ratio: 0.01 Measure the L value Measure the A value Measure the B value ΔE Glossiness (85)
Embodiment 1 73.40 -17.89 -29.70 2.29 5
Embodiment 2 75.20 -19.09 -29.70 2.66 5
Embodiment 3 75.40 -19.19 -29.80 2.79 5
Embodiment 4 75.70 -19.99 -29.80 2.96 5
Remarks: in the CIE1976LAB uniform colour space, Δ E=[(L-L*) 2+ (A-A*) 2+ (B-B*) 2] 1/2, be used for the degree of closeness of judgement sample and standard.Wherein Δ E represents total color difference, and L represents the standard brightness value, and L* represents to measure brightness value, A represent standard red/green value, red/green value that A* represents to measure, B represents standard Huang/indigo plant value, B* represents to measure Huang/indigo plant value.Glossiness refers to the gloss intensity with the body surface of data statement.
Detect through DATACOLOR 600 spectrophotometers, in the embodiment of table 1, aberration Δ E≤3.0 between average value measured and the standard value, the Chromatic color that satisfies GB/T 15608-1995 Chinese colour system national Specification are the requirement (GB/T 15608-1995) of sample aberration latitude Δ E≤3.
Composition does not have the disadvantages of filming such as loose colour, layering and flocculation in put procedure, volatile organic compounds in technology making processes (VOC) burst size<200g/L, free formaldehyde≤0.1g/kg, dissoluble lead≤90mg/kg, soluble cadmium≤75mg/kg, soluble chromium≤60mg/kg, soluble mercury≤60mg/kg, LD50/ per os/mouse:>7000 milligrams/kilogram.The characterization substance color reproducibility is good.
Other some test performances are as shown in the table:
Table 2
Composition weathering resistance (GB/T1865-1997) Composition heat storage stability (GB 6753.3-86)
Embodiment 1 700h is no abnormal ΔE≤0.30
Embodiment 2 700h is no abnormal ΔE≤0.30
Embodiment 3 700h is no abnormal ΔE≤0.30
Embodiment 4 700h is no abnormal ΔE≤0.30
Can clearly be seen that by last table 2, the composition coating weathering resistance that selected embodiment obtains detects the prescribed value of data fit national standard, and detect by the heat storage stability experiment, colour-change is lower than 0.30, has guaranteed to realize the accuracy and the permanent stability of characterization substance.

Claims (4)

1. the composition of 10B 7/10 pigment consists of by weight:
995~1005 parts of CSC-B base-materials;
PV23, pigment content are 30%, 0.28~0.33 part;
PB15:3, pigment content are 27%, 4.65~4.98 parts;
Above-mentioned CSC-B base-material main component is an acrylic copolymer, and content is 30~40%, and its average molecular weight range is 15~200,000, median size is 0.1~0.2m, and minimum film-forming temperature is 10~22 ℃, and second-order transition temperature is 25~35 ℃, anionic, pH value are 8.5~10.0; Select TiO for use 2Content 〉=95%, oil number<20g/100g, the reducing power Reynolds is several now 1800, and ISO 591 R2 types are as main white pigment, and content is 8~12%; The contrast ratio of this base-material is 0.78~0.82, and stormer viscosity is 90~100KU, and incident angle is 85 o'clock, glossiness 5~10.
2. the characterization substance of 10B 7/10 color is characterized in that: by the raw material and the proportioning preparation of claim 1.
3. the characterization substance of 10B 7/10 color according to claim 2 is characterized in that: incident angle is 85 o'clock, its glossiness 4~6, and aberration Δ E≤3.0 between the standard value.
4. the technological method of the characterization substance of preparation claim 2 or 3 described 10B 7/10 colors comprises the steps:
1) raw material blending: take by weighing raw material by proportioning, mix;
2) coating: at ambient relative humidity 50% ± 5%, under 23 ± 2 ℃ of conditions of room temperature, adopt mechanical coating method, composition evenly entirely is coated on the base material, base material is metallic substance or non-metallic material, and the coating wet-film thickness is 250m;
3) drying: place 50 ± 2 ℃ of dry 3~4h of accurate baking oven to constant weight composition coating, take out, be cooled to room temperature, obtain characterization substance.
CNA2007100736886A 2007-03-23 2007-03-23 10B 7/10 pigment composition and technique method for preparing real object color block with the composition Pending CN101270250A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CNA2007100736886A CN101270250A (en) 2007-03-23 2007-03-23 10B 7/10 pigment composition and technique method for preparing real object color block with the composition

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CNA2007100736886A CN101270250A (en) 2007-03-23 2007-03-23 10B 7/10 pigment composition and technique method for preparing real object color block with the composition

Publications (1)

Publication Number Publication Date
CN101270250A true CN101270250A (en) 2008-09-24

Family

ID=40004485

Family Applications (1)

Application Number Title Priority Date Filing Date
CNA2007100736886A Pending CN101270250A (en) 2007-03-23 2007-03-23 10B 7/10 pigment composition and technique method for preparing real object color block with the composition

Country Status (1)

Country Link
CN (1) CN101270250A (en)

Similar Documents

Publication Publication Date Title
CN101684361A (en) Composition of 5P 7.5/2 pigment and technical method for preparing color characterization object by using same
CN101270250A (en) 10B 7/10 pigment composition and technique method for preparing real object color block with the composition
CN101338119A (en) Composition for expressing 2.5PB 7/9 pigment technical method for preparing color characterizing products by the composition
CN101294037A (en) 10B 7/10 pigment composition and technique method for preparing color appearance article with the composition
CN101333365A (en) Composition for expressing 2.5PB 7.5/8 pigment technical method for preparing color characterizing products by the composition
CN101328351A (en) 2.5P 6/11 pigmental composition and technical method for preparing color characterization objects by using the same
CN101328350A (en) 2.5P 6/12 pigmental composition and technical method for preparing color characterization objects by using the same
CN101338116A (en) Composition for expressing 2.5R 7/2 pigment technical method for preparing color characterizing products by the composition
CN101333367A (en) Composition for expressing 2.5PB 7.5/4 pigment technical method for preparing color characterizing products by the composition
CN101333361A (en) Composition for expressing 2.5PB 6/9 pigment technical method for preparing color characterizing products by the composition
CN101323740A (en) 2.5P 5/11 pigmental composition and technical method for preparing color characterization objects by using the same
CN101333362A (en) Composition for expressing 2.5PB 6/7 pigment technical method for preparing color characterizing products by the composition
CN101333372A (en) Composition for expressing 2.5PB 6/6 pigment technical method for preparing color characterizing products by the composition
CN101323733A (en) 2.5P 5/12 pigmental composition and technical method for preparing color characterization objects by using the same
CN101328339A (en) 2.5P 6.5/8 pigmental composition and technical method for preparing color characterization objects by using the same
CN101328346A (en) 2.5P 6/9 pigmental composition and technical method for preparing color characterization objects by using the same
CN101376772A (en) Composition expressing 10PB 4/12 pigment and technical method for preparing color characterization objects by using the same
CN101302390A (en) 10B 8/7 pigmental composition and technical method for preparing color characterization objects by using the same
CN101333378A (en) Composition for expressing 2.5PB 7.5/2 pigment technical method for preparing color characterizing products by the composition
CN101328345A (en) 2.5P 6.5/9 pigmental composition and technical method for preparing color characterization objects by using the same
CN101333366A (en) Composition for expressing 2.5PB 7.5/6 pigment technical method for preparing color characterizing products by the composition
CN101333375A (en) Composition for expressing 2.5PB 7/10 pigment technical method for preparing color characterizing products by the composition
CN101328354A (en) 2.5P 6/10 pigmental composition and technical method for preparing color characterization objects by using the same
CN101418169A (en) Express the composition of 7.5B 5/11 pigment and with the technological method of this preparation of compositions characterization substance
CN101323731A (en) 2.5P 6.5/10 pigmental composition and technical method for preparing color characterization objects by using the same

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
C02 Deemed withdrawal of patent application after publication (patent law 2001)
WD01 Invention patent application deemed withdrawn after publication

Open date: 20080924