CN1710006A - Anionic powder and anionic environmental protection adhesive - Google Patents
Anionic powder and anionic environmental protection adhesive Download PDFInfo
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- CN1710006A CN1710006A CN 200510021222 CN200510021222A CN1710006A CN 1710006 A CN1710006 A CN 1710006A CN 200510021222 CN200510021222 CN 200510021222 CN 200510021222 A CN200510021222 A CN 200510021222A CN 1710006 A CN1710006 A CN 1710006A
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Abstract
The invention discloses a kind of anion powder and a kind of anion environmental protection glue. The anion powder includes tourmaline powder, magnet powder and metal powder. Thereinto according to weight percents, tourmaline powder is 20% - 98%, magnet powder is 1% - 50% and metal powder 1% - 50%. The anion environmental protection glue in each kilogram of white latex, latex lacquer, paint, ion powder, putty, paraffin and water-solubility candle solution, there adds 1 - 200 cm3 said anion powder or high consistence solution of same quantity of the anion powder or dispersing system. The anion powder and anion environmental protection glue of the invention can bring large quantities of air anion, which can get to over 3000 of each cm3, so as to make indoor air approach to the level of sanatoriums as seashore, forest and waterfall. Besides it has the function of cleaning out formaldehyde in atmosphere.
Description
Technical field
The present invention relates to a kind of composite granule and a kind of assembly glue of building or fitting up of being used to, particularly a kind of composite granule and a kind of environmental protection glue that is used to build or fit up, can produce negative ion that can produce negative ion.
Background technology
Negative ion is a kind of electronegative gaseous ion in the air.Someone calls negative ion " air VITAMIN ", and thinks it as the VITAMIN of food, and the vital movement of human body and other biological is had crucial influence, have in addition think negative aeroion with long-lived relevant, claim that it is " long-lived plain ".The effect of negative aeroion is admitted by vast medical circle, except useful HUMAN HEALTH, also has sterilization, dedusting, deodorization.Generally speaking, the concentration of the space negative aeroion in the confined chamber of city is at 100/cm
3Below, 100～300/cm in street of greening
3, suburb, wilderness or 500～1000/cm in park
3, 10000/cm of health resort zone such as beach, forest and waterfall
3About.The reason that room air negative ion concentration level is low comprises factors such as number, natural ventilation, pollution.Obviously, indoor air-anion concentration is low, is unfavorable for HUMAN HEALTH.
At present, some introduction and records about the material of construction that can produce negative aeroion are arranged on the market.The Chinese invention patent application " can efficiently produce composition tourmaline powder body of negative aeroion and preparation method thereof " (publication number CN1386550A), efficient technology, technology and the prescription that produces the compound chalk of negative aeroion of preparation disclosed, its main component is polar mineral tourmalinite, rare earth composite salt or rare earth oxide and semi-conductor catalytic material, wherein tourmalinite accounts for 58～90%, rare earth composite salt or rare earth oxide account for 2～40%, and photocatalytic semiconductor material accounts for 2～40%.But this application for a patent for invention prospectus record of tool, the negative aeroion amount that this composite granule produces can only reach about 1000 every cubic centimetre, and the effect that produces negative aeroion is limited.
The Chinese invention patent application " can produce the dope for inner wall of architecture and the inner wall putty of negative aeroion " (publication number CN 1398933A), and the composition tourmaline powder body that discloses rare-earth activated efficient generation negative aeroion is applied to the technology of inner wall of building putty, interior wall coating.But according to this application for a patent for invention prospectus, the amount that this interior wall coating produces negative aeroion is low too, only is 800/m
3About.
In addition, the present building glue that adopts on the market, divide two classes: a class is for self containing the glue of a large amount of nuisances, example: 107 glue, 108 glue.Second class is oneself not contain nuisance or the fewer glue of nuisance content, example: white glue with vinyl, Resins, epoxy etc.The present country of first kind product takes measures, and progressively cleaning allows it withdraw from the market.Second series products belongs to the product that present quality is up to state standards.In finishing, example: bonding clamping plate, timber floor, metope are criticized ash, use second series products in a large number.But, clamping plate, density board, in process of production, employing glutol is in various degree made tackiness agent, all has a large amount of formaldehyde in each piece plate, and formaldehyde can slowly volatilize in air at normal temperatures, and is constant.
Summary of the invention
Purpose of the present invention is exactly in order to overcome the above problems, and provides a kind of and can produce the negative ion powder of a large amount of negative aeroions and produce a large amount of negative aeroions and reduce the anion environmental protection glue that material of construction formaldehyde discharges.
For achieving the above object, the present invention has adopted following technical scheme:
The invention discloses a kind of negative ion powder, comprise tourmaline powder, magnetic iron powder and metal powder, wherein by weight percentage, wherein by weight percentage, tourmaline powder accounts for 20%～98%, and magnetic iron powder accounts for 1%～50%, and metal powder accounts for 1%～50%.
Preferably, by weight percentage, tourmaline powder accounts for 35%～80%, and magnetic iron powder accounts for 15%～45%, and metal powder accounts for 5%～35%.
Described metal powder is to be selected from least a in zinc powder, aluminium powder and the silver powder.
The fineness of described metal powder is more than 1800 orders, and the fineness of tourmaline powder is more than 1800 orders.
The fineness of described magnetic iron powder is more than 100 orders.
The invention also discloses a kind of anion environmental protection glue, comprise white glue with vinyl, emulsion paint, paint, putty, paraffin or water soluble wax liquid, be added with 1～200 cubic centimetre negative ion powder in per kilogram white glue with vinyl, emulsion paint, paint, putty, paraffin or the water soluble wax liquid or contain the highly concentrated solution or the dispersed system of this negative ion powder of same amount, described negative ion powder comprises tourmaline powder, magnetic iron powder and metal powder, wherein by weight percentage, tourmaline powder accounts for 20%～98%, magnetic iron powder accounts for 1%～50%, and metal powder accounts for 1%～50%.
Described metal powder is to be selected from least a in zinc powder, aluminium powder and the silver powder.
The fineness of described metal powder is more than 1800 orders, and the fineness of tourmaline powder is more than 1800 orders.
The fineness of described magnetic iron powder is more than 100 orders.
The colloid that described environmental protection glue adopts is white glue with vinyl, emulsion paint, paint, paraffin or water soluble wax liquid.
Filler physicals in the negative ion powder of the present invention, it and glue is basic identical, not can with the emulsion in the glue, chemical reaction takes place in auxiliary agents etc.Anion environmental protection glue of the present invention is the negative ion powder that is added with the 1-200 cubic centimetre in per kilogram white glue with vinyl, emulsion paint, paint, paraffin or water soluble wax liquid.When adding in process of production, taked before the glue packing, mix with middling speed (700-1000 changes per minute), low speed (700 change below the per minute) stirrer, till the mixing.The general stirring in 10 minutes gets final product preferably 5-10 minute.
Negative ion powder belongs to the very high product of fineness, and color is a canescence, and recommending adding proportion is 1～200 cubic centimetre/kg, its negative ion powder 1cm
2Burst size, one minute above 100,000 negative ions.Add 1cm
3/ kg does not see that obvious color changes in glue, in the test, the cohesive force of glue is not affected.
Press 200cm
3When/kg added, the color in the glue became grey blue by white, and the product that adds negative ion powder and do not add negative ion powder is from existing significantly difference in appearance, and product stability is good, and the quality guaranteed period is also uninfluenced.When doing the test of contrast viscous force, influential to cohesive force, the glue cohesive force descends to some extent, and the range of decrease is 5～10%.
Test-results: after adding the negative ion grain,, do not produce big influence to the adhesive property of glue.
During use, can join the solid negative ion powder in white glue with vinyl, emulsion paint, paint, paraffin or the water soluble wax liquid; Also negative ion powder can be mixed in the solvent or dispersion agent commonly used, after being modulated into the solution or dispersed system of high density (more than 5% or 5%), join in white glue with vinyl, emulsion paint, paint, putty or paraffin, the water soluble wax liquid, the negative ion powder that per kilogram white glue with vinyl, emulsion paint, paint add remains the 1-200 cubic centimetre, and need not to stir after directly the advantage of adding liquid or dispersed system is to add in glue.Among the present invention, described white glue with vinyl, emulsion paint, paint etc. are finishing and material for building, and common various types of white glue with vinyl, emulsion paint, paint etc. all can be used for the present invention.
Adopt the beneficial effect of above scheme:
Negative ion powder of the present invention can produce a large amount of negative aeroions, can reach about 3000 every cubic centimetre.Anion environmental protection glue of the present invention, can be used as interior wall coating or paint etc. and be painted on indoor wall or furniture surface, can discharge a large amount of negative ions, reach about 3000 every cubic centimetre, thereby make the level of room air near health resort zones such as beach, forest and waterfalls; Also can be used as gluewater in use for construction, brush in a large number during use at various wood surfaces, and then carry out layer adhesion, the negative ion that discharges in the glue can stop the external release of formaldehyde like this, belongs to the ion of positively charged because of the formaldehyde that discharges, negative ion can make formaldehyde lose positive charge, can not volatilize, stay the home position, thereby reach the function of removing formaldehyde in the air.
Embodiment
The present invention is described in further detail below by specific embodiment.
Embodiment 1
Get 1 gram tourmaline powder, add 0.1 gram magnetic iron powder, add 0.1 gram zinc powder again, obtain negative ion powder after mixing.In this negative ion powder, add 2 gram clear water, after stirring, smear round Vitrea inwall at 1 diameter 200mm * high 5000mm, wait to smear after intravitreous negative ion powder drying, detect with the negative ion detector, find that the vitreum of having smeared negative ion powder increases by 1700/CM than the interior anion concentration of the vitreum of not smearing
3And after this product spread upon cloth, leather surface, the negative ion generation was stable.
Among this embodiment, the fineness of used tourmaline powder is more than 1800 orders, and the fineness of zinc powder is more than 1800 orders, and the fineness of magnetic iron powder is more than 100 orders.
Embodiment 2
Get 1 gram tourmaline powder, add 0.2 gram magnetic iron powder, add 0.1 gram zinc powder again, obtain negative ion powder after mixing.In this negative ion powder, add 2 gram clear water, after stirring, smear round Vitrea inwall at 1 diameter 200mm * high 5000mm, wait to smear after intravitreous negative ion powder drying, detect with the negative ion detector, find that the vitreum of having smeared negative ion powder increases by 3000/CM than the interior anion concentration of the vitreum of not smearing
3And after this product spread upon cloth, leather surface, the negative ion generation was stable.
Among this embodiment, the fineness of used tourmaline powder is more than 1800 orders, and the fineness of zinc powder is more than 1800 orders, and the fineness of magnetic iron powder is more than 100 orders.
Embodiment 3
Get 1 gram tourmaline powder, add 0.8 gram magnetic iron powder, add 0.1 gram zinc powder again, obtain negative ion powder after mixing.In this negative ion powder, add 2 gram clear water, after stirring, smear round Vitrea inwall at 1 diameter 200mm * high 5000mm, wait to smear after intravitreous negative ion powder drying, detect with the negative ion detector, find that the vitreum of having smeared negative ion powder increases by 2500/CM than the interior anion concentration of the vitreum of not smearing
3And after this product spread upon cloth, leather surface, the negative ion generation was stable.
Among this embodiment, the fineness of used tourmaline powder is more than 1800 orders, and the fineness of zinc powder is more than 1800 orders, and the fineness of magnetic iron powder is more than 100 orders.
Embodiment 4
Get 1 gram tourmaline powder, add 0.8 gram magnetic iron powder, add 0.8 gram zinc powder again, obtain negative ion powder after mixing.In this negative ion powder, add 2 gram clear water, after stirring, smear at the round Vitrea inwall in 1 diameter 200 * high 5000, wait to smear after intravitreous negative ion powder drying, detect with the negative ion detector, find that the vitreum of having smeared negative ion powder increases by 2500/CM than the interior anion concentration of the vitreum of not smearing
3And after this product spread upon cloth, leather surface, the negative ion generation was stable.
Among this embodiment, the fineness of used tourmaline powder is more than 1800 orders, and the fineness of zinc powder is more than 1800 orders, and the fineness of magnetic iron powder is more than 100 orders.
Comparative Examples 1
Getting 1 gram tourmaline powder adds after 2 gram clear water stir well, smear round Vitrea inwall at 1 diameter 200mm * high 5000mm, wait to smear after intravitreous tourmaline powder drying, detect with the negative ion detector, find that the vitreum of having smeared tourmaline powder increases by 300/CM than the interior anion concentration of the vitreum of not smearing
3After this product spread upon cloth, leather surface, negative ion dust-producing amount instability.The fineness of used tourmaline powder is more than 1800 orders.
Comparative Examples 2
Get 1 gram tourmaline powder, add 0.1 gram magnetic iron powder, obtain composite granule after mixing.After adding 2 gram clear water stirrings again, smear round Vitrea inwall at 1 diameter 200mm * high 5000mm, wait to smear after intravitreous composite granule drying, detect with the negative ion detector, find that the vitreum of having smeared composite granule increases by 1500/CM of negative ion than the interior negative ion of the vitreum of not smearing
3, this product spread upon cloth, leather surface after, negative ion generation instability.The fineness of used tourmaline powder is more than 1800 orders, and the fineness of magnetic iron powder is more than 100 orders.
Comparative Examples 3
Get 1 gram tourmaline powder, add and obtain composite granule after 0.1 zinc powder mixes.Adding 2 gram clear water again stirs, smear round Vitrea inwall at 1 diameter 200mm * high 5000mm, wait to smear after intravitreous composite granule drying, detect with the negative ion detector, find that the vitreum of having smeared composite granule increases by 350/CM than the interior anion concentration of the vitreum of not smearing
3And after this product spread upon cloth, leather surface, the negative ion generation was stable.The fineness of used tourmaline powder is more than 1800 orders, and the fineness of zinc powder is more than 1800 orders.
Embodiment 5
Get 1 gram tourmaline powder, add 0.1 gram magnetic iron powder, add 0.1 gram aluminium powder again, obtain negative ion powder after mixing.The volume of calculating resulting negative ion powder is about 0.4 cubic centimetre, presses 10cm
3The ratio of/kg adds in the respective amount white glue with vinyl, after stirring, smears the round Vitrea inwall at 1 diameter 200mm * high 5000mm.The same amount white glue with vinyl is smeared at the onesize round Vitrea inwall of another simultaneously.Wait to smear after intravitreous white glue with vinyl drying, detect, find that the vitreum that has added negative ion powder increases by 1600/CM than anion concentration in the vitreum of only smearing white glue with vinyl with the negative ion detector
3And after this product spread upon cloth, leather surface, the negative ion generation was stable.
Among this embodiment, the fineness of used tourmaline powder is more than 1800 orders, and the fineness of aluminium powder is more than 1800 orders, and the fineness of magnetic iron powder is more than 100 orders.
Embodiment 6
Get 1 gram tourmaline powder, add 0.2 gram magnetic iron powder, add 0.1 gram aluminium powder again, obtain negative ion powder after mixing.The volume of calculating resulting negative ion powder is about 0.4 cubic centimetre, presses 100cm
3The ratio of/kg adds in the respective amount white glue with vinyl.After stirring, smear round Vitrea inwall, the same amount white glue with vinyl is smeared at the onesize round Vitrea inwall of another simultaneously at 1 diameter 200mm * high 5000mm.Wait to smear after intravitreous white glue with vinyl drying, detect, find that the vitreum that has added negative ion powder increases by 2600/CM than anion concentration in the vitreum of only smearing white glue with vinyl with the negative ion detector
3And after this product spread upon cloth, leather surface, the negative ion generation was stable.
Among this embodiment, the fineness of used tourmaline powder is more than 1800 orders, and the fineness of aluminium powder is more than 1800 orders, and the fineness of magnetic iron powder is more than 100 orders.
Embodiment 7
Get 1 gram tourmaline powder, add 0.8 gram magnetic iron powder, add 0.1 gram aluminium powder again, obtain negative ion powder after mixing.The volume of calculating resulting negative ion powder is about 0.6 cubic centimetre, presses 120cm
3The ratio of/kg adds in the respective amount white glue with vinyl.After stirring, smear round Vitrea inwall, the same amount white glue with vinyl is smeared at the onesize round Vitrea inwall of another simultaneously at 1 diameter 200mm * high 5000mm.Wait to smear after intravitreous white glue with vinyl drying, detect, find that the vitreum that has added negative ion powder increases by 2200/CM than anion concentration in the vitreum of only smearing white glue with vinyl with the negative ion detector
3And after this product spread upon cloth, leather surface, the negative ion generation was stable.
Among this embodiment, the fineness of used tourmaline powder is more than 1800 orders, and the fineness of aluminium powder is more than 1800 orders, and the fineness of magnetic iron powder is more than 100 orders.
Embodiment 8
Get 1 gram tourmaline powder, add 0.8 gram magnetic iron powder, add 0.8 gram aluminium powder again, obtain negative ion powder after mixing.The volume of calculating resulting negative ion powder is about 0.9 cubic centimetre, presses 200cm
3The ratio of/kg adds in the respective amount white glue with vinyl.After stirring, smear round Vitrea inwall, the same amount white glue with vinyl is smeared at the onesize round Vitrea inwall of another simultaneously at 1 diameter 200mm * high 5000mm.Wait to smear after intravitreous white glue with vinyl drying, detect, find that the vitreum that has added negative ion powder increases by 2200/CM than anion concentration in the vitreum of only smearing white glue with vinyl with the negative ion detector
3And after this product spread upon cloth, leather surface, the negative ion generation was stable.
Among this embodiment, the fineness of used tourmaline powder is more than 1800 orders, and the fineness of aluminium powder is more than 1800 orders, and the fineness of magnetic iron powder is more than 100 orders.
Comparative Examples 4
Get 1 gram tourmaline powder, the volume of calculating this tourmaline powder is about 0.3 cubic centimetre, presses 100cm
3The ratio of/kg adds in the respective amount white glue with vinyl.Smear round Vitrea inwall after stirring well, the same amount white glue with vinyl is smeared at the onesize round Vitrea inwall of another simultaneously at 1 diameter 200mm * high 5000mm.Wait to smear after intravitreous white glue with vinyl drying, detect, find that the vitreum that has added tourmaline powder increases by 200/CM than anion concentration in the vitreum of only smearing white glue with vinyl with the negative ion detector
3After this product spread upon cloth, leather surface, negative ion generation instability.The fineness of used tourmaline powder is more than 1800 orders.
Comparative Examples 5
Get 1 gram tourmaline powder, add 0.1 gram magnetic iron powder, obtain composite granule after mixing.The volume of calculating this composite granule is about 0.4 cubic centimetre, presses 100cm
3The ratio of/kg adds in the respective amount white glue with vinyl.Smear round Vitrea inwall after the stirring, the same amount white glue with vinyl is smeared at the onesize round Vitrea inwall of another simultaneously at 1 diameter 200mm * high 5000mm.Wait to smear after intravitreous white glue with vinyl drying, detect, find that the vitreum that has added this composite granule increases by 1350/CM of negative ion than negative ion in the vitreum of only smearing white glue with vinyl with the negative ion detector
3, this product spread upon cloth, leather surface after, negative ion generation instability.The fineness of used tourmaline powder is more than 1800 orders, and the fineness of magnetic iron powder is more than 100 orders.
Comparative Examples 6
Get 1 gram tourmaline powder, obtain composite granule after adding 0.1 gram zinc powder mixes.The volume of calculating this composite granule is about 0.4 cubic centimetre, presses 100cm
3The ratio of/kg adds in the respective amount white glue with vinyl.Stir, smear round Vitrea inwall, the same amount white glue with vinyl is smeared at the onesize round Vitrea inwall of another simultaneously at 1 diameter 200mm * high 5000mm.Wait to smear after intravitreous white glue with vinyl drying, detect, find that the vitreum that has added this composite granule increases by 350/CM than anion concentration in the vitreum of only smearing white glue with vinyl with the negative ion detector
3And after this product spread upon cloth, leather surface, the negative ion generation was stable.The fineness of used tourmaline powder is more than 1800 orders, and the fineness of zinc powder is more than 1800 orders.
Embodiment 9
Get 1 gram tourmaline powder, add 0.1 gram magnetic iron powder, add 0.1 gram zinc powder again, obtain negative ion powder after mixing.The volume of calculating resulting negative ion powder is about 0.4 cubic centimetre, presses 10cm
3The ratio of/kg adds in the respective amount emulsion paint, after stirring, smears the round Vitrea inwall at 1 diameter 200mm * high 5000mm.The same amount emulsion paint is smeared at the onesize round Vitrea inwall of another simultaneously.Wait to smear after intravitreous emulsion paint drying, detect, find that the vitreum that has added negative ion powder increases by 1650/CM than anion concentration in the vitreum of only smearing emulsion paint with the negative ion detector
3And after this product spread upon cloth, leather surface, the negative ion generation was stable.
Among this embodiment, the fineness of used tourmaline powder is more than 1800 orders, and the fineness of zinc powder is more than 1800 orders, and the fineness of magnetic iron powder is more than 100 orders.
Embodiment 10
Get 1 gram tourmaline powder, add 0.2 gram magnetic iron powder, add 0.1 gram zinc powder again, obtain negative ion powder after mixing.The volume of calculating resulting negative ion powder is about 0.4 cubic centimetre, presses 100cm
3The ratio of/kg adds in the respective amount emulsion paint.After stirring, smear round Vitrea inwall, the same amount emulsion paint is smeared at the onesize round Vitrea inwall of another simultaneously at 1 diameter 200mm * high 5000mm.Wait to smear after intravitreous emulsion paint drying, detect, find that the vitreum that has added negative ion powder increases by 3000/CM than anion concentration in the vitreum of only smearing emulsion paint with the negative ion detector
3And after this product spread upon cloth, leather surface, the negative ion generation was stable.
Among this embodiment, the fineness of used tourmaline powder is more than 1800 orders, and the fineness of zinc powder is more than 1800 orders, and the fineness of magnetic iron powder is more than 100 orders.
Embodiment 11
Get 1 gram tourmaline powder, add 0.8 gram magnetic iron powder, add 0.1 gram zinc powder again, obtain negative ion powder after mixing.The volume of calculating resulting negative ion powder is about 0.6 cubic centimetre, presses 120cm
3The ratio of/kg adds in the respective amount emulsion paint.After stirring, smear round Vitrea inwall, the same amount emulsion paint is smeared at the onesize round Vitrea inwall of another simultaneously at 1 diameter 200mm * high 5000mm.Wait to smear after intravitreous emulsion paint drying, detect, find that the vitreum that has added negative ion powder increases by 2450/CM than anion concentration in the vitreum of only smearing emulsion paint with the negative ion detector
3And after this product spread upon cloth, leather surface, the negative ion generation was stable.
Among this embodiment, the fineness of used tourmaline powder is more than 1800 orders, and the fineness of zinc powder is more than 1800 orders, and the fineness of magnetic iron powder is more than 100 orders.
Embodiment 12
Get 1 gram tourmaline powder, add 0.8 gram magnetic iron powder, add 0.8 gram zinc powder again, obtain negative ion powder after mixing.The volume of calculating resulting negative ion powder is about 0.9 cubic centimetre, presses 200cm
3The ratio of/kg adds in the respective amount emulsion paint.After stirring, smear round Vitrea inwall, the same amount emulsion paint is smeared at the onesize round Vitrea inwall of another simultaneously at 1 diameter 200mm * high 5000mm.Wait to smear after intravitreous emulsion paint drying, detect, find that the vitreum that has added negative ion powder increases by 2400/CM than anion concentration in the vitreum of only smearing emulsion paint with the negative ion detector
3And after this product spread upon cloth, leather surface, the negative ion generation was stable.
Among this embodiment, the fineness of used tourmaline powder is more than 1800 orders, and the fineness of zinc powder is more than 1800 orders, and the fineness of magnetic iron powder is more than 100 orders.
Comparative Examples 7
Get 1 gram tourmaline powder, the volume of calculating this tourmaline powder is about 0.3 cubic centimetre, presses 100cm
3The ratio of/kg adds in the respective amount emulsion paint.Smear round Vitrea inwall after stirring well, the same amount emulsion paint is smeared at the onesize round Vitrea inwall of another simultaneously at 1 diameter 200mm * high 5000mm.Wait to smear after intravitreous emulsion paint drying, detect, find that the vitreum that has added tourmaline powder increases by 290/CM than anion concentration in the vitreum of only smearing emulsion paint with the negative ion detector
3After this product spread upon cloth, leather surface, negative ion generation instability.The fineness of used tourmaline powder is more than 1800 orders.
Comparative Examples 8
Get 1 gram tourmaline powder, add 0.1 gram magnetic iron powder, obtain composite granule after mixing.The volume of calculating this composite granule is about 0.4 cubic centimetre, presses 100cm
3The ratio of/kg adds in the respective amount emulsion paint.Smear round Vitrea inwall after stirring well, the same amount emulsion paint is smeared at the onesize round Vitrea inwall of another simultaneously at 1 diameter 200mm * high 5000mm.Wait to smear after intravitreous emulsion paint drying, detect, find that the vitreum that has added this composite granule increases by 1500/CM of negative ion than negative ion in the vitreum of only smearing emulsion paint with the negative ion detector
3, this product spread upon cloth, leather surface after, negative ion generation instability.The fineness of used tourmaline powder is more than 1800 orders, and the fineness of magnetic iron powder is more than 100 orders.
Comparative Examples 9
Get 1 gram tourmaline powder, add and obtain composite granule after 0.1 zinc powder mixes.The volume of calculating this composite granule is about 0.4 cubic centimetre, presses 100cm
3The ratio of/kg adds in the respective amount emulsion paint.Smear round Vitrea inwall after stirring well, the same amount emulsion paint is smeared at the onesize round Vitrea inwall of another simultaneously at 1 diameter 200mm * high 5000mm.Wait to smear after intravitreous emulsion paint drying, detect, find that the vitreum that has added this composite granule increases by 350/CM than anion concentration in the vitreum of only smearing emulsion paint with the negative ion detector
3And after this product spread upon cloth, leather surface, the negative ion generation was stable.The fineness of used tourmaline powder is more than 1800 orders, and the fineness of zinc powder is more than 1800 orders.
Claims (10)
1. a negative ion powder is characterized in that, described negative ion powder comprises tourmaline powder, magnetic iron powder and metal powder, and wherein by weight percentage, tourmaline powder accounts for 20%～98%, and magnetic iron powder accounts for 1%～50%, and metal powder accounts for 1%～50%.
2. a kind of negative ion powder as claimed in claim 1 is characterized in that by weight percentage, tourmaline powder accounts for 35%～80%, and magnetic iron powder accounts for 15%～45%, and metal powder accounts for 5%～35%.
3. a kind of negative ion powder as claimed in claim 1 is characterized in that, described metal powder is to be selected from least a in zinc powder, aluminium powder and the silver powder.
4. a kind of negative ion powder as claimed in claim 1 is characterized in that, the fineness of described metal powder is more than 1800 orders, and the fineness of tourmaline powder is more than 1800 orders.
5. a kind of negative ion powder as claimed in claim 1 is characterized in that, the fineness of described magnetic iron powder is more than 100 orders.
6. anion environmental protection glue, comprise white glue with vinyl, emulsion paint, paint, putty, paraffin or water soluble wax liquid, it is characterized in that, be added with 1～200 cubic centimetre negative ion powder in per kilogram white glue with vinyl, emulsion paint, paint, putty, paraffin or the water soluble wax liquid or contain the high density mixed solution or the dispersed system of this negative ion powder of same amount.
Described negative ion powder comprises tourmaline powder, magnetic iron powder and metal powder, and wherein by weight percentage, tourmaline powder accounts for 20%～98%, and magnetic iron powder accounts for 1%～50%, and metal powder accounts for 1%～50%.
7. a kind of anion environmental protection glue as claimed in claim 6 is characterized in that, described metal powder is to be selected from least a in zinc powder, aluminium powder and the silver powder.
8. a kind of anion environmental protection glue as claimed in claim 6 is characterized in that the fineness of described metal powder is more than 1800 orders, and the fineness of tourmaline powder is more than 1800 orders.
9. a kind of anion environmental protection glue as claimed in claim 6 is characterized in that the fineness of described magnetic iron powder is more than 100 orders.
10. a kind of anion environmental protection glue as claimed in claim 6, it is characterized in that described high density mixed solution or dispersed system are meant that negative ion powder mixes the mixed solution of a high density of back formation with white glue with vinyl, emulsion paint, paint, putty or paraffin, water soluble wax liquid.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100212222A CN1303177C (en) | 2005-06-30 | 2005-06-30 | Anionic powder and anionic environmental protection adhesive |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100212222A CN1303177C (en) | 2005-06-30 | 2005-06-30 | Anionic powder and anionic environmental protection adhesive |
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| CN1710006A true CN1710006A (en) | 2005-12-21 |
| CN1303177C CN1303177C (en) | 2007-03-07 |
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| CNB2005100212222A Expired - Fee Related CN1303177C (en) | 2005-06-30 | 2005-06-30 | Anionic powder and anionic environmental protection adhesive |
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| CN103160156A (en) * | 2011-12-19 | 2013-06-19 | 张保身 | Far-infrared anion coating glue and application thereof |
| CN106435947A (en) * | 2016-12-13 | 2017-02-22 | 江西康音负离子科技股份有限公司 | Anion cloth and method and device for producing anion cloth |
| WO2019140608A1 (en) * | 2018-01-18 | 2019-07-25 | 广州金海纳防护用品有限公司 | Material for producing negative ion earmuffs, soundproof earmuffs and manufacturing method |
| CN115011235A (en) * | 2022-06-16 | 2022-09-06 | 广州市哲铭油墨涂料有限公司 | Paint capable of releasing negative ions as well as preparation method and spraying process thereof |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1379066A (en) * | 2002-04-26 | 2002-11-13 | 于明津 | Functional tourmalinite paint and its preparing process |
| KR100418633B1 (en) * | 2002-12-02 | 2004-02-14 | 최명부 | Manufacture glue of using charcoals and negativer ion and zeolite |
| CN1197920C (en) * | 2003-08-07 | 2005-04-20 | 北京朗诺环保科技有限公司 | Negalive ion paint additive |
| JP2005120065A (en) * | 2003-10-17 | 2005-05-12 | Hiraga:Kk | Plate material that gives health and vitality by contact with skin and bead and sheet material to be used for modifying liquid and gas |
| CN1563219A (en) * | 2004-04-13 | 2005-01-12 | 张朝伦 | Additive of coating material containing tourmaline |
-
2005
- 2005-06-30 CN CNB2005100212222A patent/CN1303177C/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103160156A (en) * | 2011-12-19 | 2013-06-19 | 张保身 | Far-infrared anion coating glue and application thereof |
| CN106435947A (en) * | 2016-12-13 | 2017-02-22 | 江西康音负离子科技股份有限公司 | Anion cloth and method and device for producing anion cloth |
| WO2019140608A1 (en) * | 2018-01-18 | 2019-07-25 | 广州金海纳防护用品有限公司 | Material for producing negative ion earmuffs, soundproof earmuffs and manufacturing method |
| CN115011235A (en) * | 2022-06-16 | 2022-09-06 | 广州市哲铭油墨涂料有限公司 | Paint capable of releasing negative ions as well as preparation method and spraying process thereof |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1303177C (en) | 2007-03-07 |
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