CN102658695A - Nano environment-friendly ultra-light painting light box fabric - Google Patents

Nano environment-friendly ultra-light painting light box fabric Download PDF

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Publication number
CN102658695A
CN102658695A CN2012101813984A CN201210181398A CN102658695A CN 102658695 A CN102658695 A CN 102658695A CN 2012101813984 A CN2012101813984 A CN 2012101813984A CN 201210181398 A CN201210181398 A CN 201210181398A CN 102658695 A CN102658695 A CN 102658695A
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China
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nano
polyethylene
coating
ultralight
light
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CN2012101813984A
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Chinese (zh)
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乔毅
常杨军
曹祥明
曹祥来
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江苏泰特尔化工有限公司
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Priority to CN2012101813984A priority Critical patent/CN102658695A/en
Publication of CN102658695A publication Critical patent/CN102658695A/en

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Abstract

The invention relates to a nano environment-friendly ultra-light painting light box fabric which comprises a polyethylene base fabric consisting of a polyethylene knitted mesh 1 and a polyethylene film coated layer 2 in front of the polyethylene knitted mesh 1, a bottom paint layer 3 arranged in the front of the polyethylene base fabric, and an ink absorbing coating 4 distributed on the bottom paint layer 3. A preparation method of the nano environment-friendly ultra-light painting light box fabric comprises the steps of: 1, wire-drawing and weaving polyethylene plastic particles, and spraying polyethylene to obtain the polyethylene base fabric; 2, coating a bottom paint on the front of the base fabric, drying and then coating the ink absorbing coating; and 3, slitting, re-coiling and checking to obtain the finished nano environment-friendly ultra-light painting light box fabric, wherein the ink absorbing coating is prepared from nano silica, acrylic latex, polyvinyl chloride emulsion, calcium carbonate, an anti-foaming and defoaming agent, titanium dioxide, a wetting agent, a brightening agent, normal butanol, sodium chloride and a number of ammonia water according to a certain weight ratio. The nano environment-friendly ultra-light painting light box fabric provided by the invention has the advantages of light weight, environment friendliness, reproducibility and the like because the knitted mesh is made from polyethylene and the coating is made of an environment-friendly coating of nano silica.

Description

纳米环保超轻型喷绘灯箱布 Nano ultra-light green banner printing

技术领域 FIELD

[0001] 本发明涉及灯箱布,具体涉及ー种纳米环保超轻型喷绘灯箱布。 [0001] The present invention relates to boxes cloth, particularly relates ー different nanometer green ultralight banner printing.

背景技术 Background technique

[0002] 随着商品的日益丰富以及广告装饰业的迅猛发展,喷绘广告灯箱布在广告装饰业中的使用量已越来越大。 [0002] With the rapid development of commodities increasingly rich decoration and advertising industry, inkjet advertising banner in the advertising industry, decorative usage has been growing. 传统的喷绘灯箱布主要采用两层聚氯こ烯和ー层高强度的涤沦网布经三层复合机复合而成。 Conventional inkjet banner mainly two storey ー polyvinyl ko alkenyl and strength Polyester mesh layer composite compounded by machine. 因其中间夹有涤沦网布,而限制了其回收再生,且质量较重,所 Because sandwiching a polyester fiber mesh, and limit its recycling, and heavy mass, the

以急需一种环保可再生超轻型灯箱布来代之。 To the need for a renewable environmentally friendly ultra-light boxes cloth instead.

[0003] 纳米ニ氧化硅溶胶有很好的成膜性能,是制备无机膜的主要材料,成膜后硬度高、耐磨擦。 [0003] Ni nano silica sol has good film-forming properties, is the main material prepared inorganic film, after forming a high hardness, abrasion. 此外,在制备吸墨涂层时,利用纳米ニ氧化硅颗粒的孔容、较大比表面积和堆积孔隙来吸收墨水和固色,能达到快速干燥的目的。 Further, when the ink-receptive coating was prepared by pore volume, specific surface area and large pore stacking Ni nano-silica particles to absorb the ink and fixing, can achieve rapid drying purposes. 国外少数厂家在2007年已经开始采用纳米ニ氧化硅作为墨水接受层,但国内仍停留在使用纳米三氧化ニ铝阶段。 In 2007, a few foreign manufacturers have begun using nano-ni silicon oxide as the ink-receiving layer, but the country still remains in the use of nano-Ni aluminum oxide phase.

发明内容 SUMMARY

[0004] 本发明的目的是提供ー种环保、质量轻、干燥快、打印效果好的纳米环保超轻型喷绘灯箱布。 [0004] The object of the present invention is to provide a kind of environmental ー, light weight, fast drying, good print quality nano environmental ultralight banner printing.

[0005] 本发明的目的是通过如下措施来达到的:步骤如下:①采用高密度聚こ烯塑料粒,经塑料扁丝拉丝机组拉丝、喷水织机织布和淋膜机淋低密度聚こ烯,即得聚こ烯基布; [0005] The object of the present invention is achieved by the following measures: the steps as follows: ① high-density polyethylene ko alkenyl plastic pellets, plastic flat wire drawing machine by drawing, water-jet loom weaving machine and Laminating leaching low density polyethylene ko-ene, i.e., the poly-ene ko fabric;

②将聚こ烯基布的淋膜层上涂上底涂剂,经烘箱烘干后涂吸墨涂层;③经分切、复卷及检验得成品。 ② The lamination layer coated on the polyethylene fabric primer ko alkenyl, oven dried after coating the ink absorbing coating layer; ③ by slitting, rewinding and test products.

[0006] 按上述方案,纳米环保超轻型喷绘灯箱布,其特征在于步骤①中所织得塑料编织布重量<85g/m2。 [0006] In the above-described embodiment, the nano printing ultralight green boxes cloth, wherein the step ① obtained in woven plastic woven cloth by weight <85g / m2.

[0007] 按上述方案,纳米环保超轻型喷绘灯箱布,其特征在于步骤②中所述底涂剂为聚氨酯胶。 [0007] The above-described embodiment, the nano printing ultralight green boxes cloth, wherein the step ② of the primer is a polyurethane adhesive.

[0008] 按上述方案,纳米环保超轻型喷绘灯箱布,其特征在于步骤②中吸墨涂层由70%硅胶、10%纯丙乳液、10%碳酸钙、7%聚氯こ烯乳液、I. 5%抑泡消泡剂、O. 9%钛白粉、O. 2%润湿剂、O. 2%增白剂、O. 1%正丁醇、O. 1%氯化钠及若干氨水按重量比配成。 [0008] In the above-described embodiment, the nano printing ultralight green boxes cloth, wherein the step ② the ink-receptive coating consisting of 70% silica, 10% acrylic emulsion, 10% calcium carbonate, 7% PVC-ene emulsion ko, the I . 5% of suds suppressor defoamers, O. 9% titanium dioxide, O. 2% wetting agent, O. 2% brightener, O. 1% n-butanol, O. 1% NaCl aqueous ammonia and several dubbed by weight ratio.

[0009] 按上述方案,纳米环保超轻型喷绘灯箱布,其特征在于步骤②中吸墨涂层为环保涂料,其制备方法为在聚氯こ烯乳液中加入抑泡消泡剂,搅拌IOmin后加娃胶,分散30min后加氨水调PH值至6-7 ;加纯丙乳液,搅拌IOmin后依次加碳酸钙、钛白粉、润湿剂;再次搅拌40min后加增白剂、正丁醇与氯化钠,搅拌IOmin后过滤即得。 [0009] In the above-described embodiment, the nano printing ultralight green boxes cloth, wherein the step ② the ink absorbing coating is green paint, which is prepared antifoam defoamer was added ko alkenyl polychloroprene emulsion, after stirring IOmin plus baby gum dispersion 30min after adding ammonia to adjust PH 6-7; add acrylic emulsion, added sequentially after stirring IOmin calcium carbonate, titanium dioxide, wetting agents; re stirred for 40min after adding brighteners, n-butanol sodium chloride and, after stirring IOmin filter derived.

[0010] 按上述方案,纳米环保超轻型喷绘灯箱布,其特征在于步骤②中硅胶为纳米级ニ [0010] In the above-described embodiment, the nano printing ultralight green boxes cloth, wherein the step ② the order of nanometers in silica ni

氧化硅。 Silicon oxide.

[0011] 按上述方案,纳米环保超轻型喷绘灯箱布,其特征在于步骤②中抑泡消泡剂为A08(20%)。 [0011] In the above-described embodiment, the nano printing ultralight green boxes cloth, wherein the step ② the suds defoamers A08 (20%).

[0012] 按上述方案,纳米环保超轻型喷绘灯箱布,其特征在于步骤②中润湿剂为TN-21(4%)。 [0012] In the above-described embodiment, the nano printing ultralight green boxes cloth, wherein the step ② wetting agent is TN-21 (4%).

[0013] 纳米环保超轻型喷绘灯箱布,其技术指标为:①能兼容溶剂型、弱溶剂型、UV固化型墨水打印吸墨干燥时间为5min,干燥快打印分辨率为1440dpi,打印色密度高,色彩还原好灯箱布质地轻,质量<120g/m2 ;⑤涂层附着牢度> 12N/25mm 拉伸负荷:经向> 400N,纬向> 500N 撕裂负荷:经向> 250N,纬向> 300N。 [0013] Nano environmental ultralight banner printing, its technical indicators as follows: ① compatible solvent, eco-solvent, UV curable ink drying time of printing ink absorbing 5min, print resolution of 1440dpi fast drying, high print color density , color reduction banner light texture, mass <120g / m2; ⑤ coating adhesion fastness> 12N / 25mm tensile load: warp> 400N, zonal> 500N tear load: warp> 250N, zonal> 300N.

[0014] 纳米环保超轻型喷绘灯箱布,具有以下特点:①中间层采用聚こ烯材料做成的编织布,而非涤沦网布,环保且可回收再利用基布先淋低密度聚こ烯膜,再涂底涂剂与吸墨涂层,提高涂层平整度吸墨涂层选用纳米ニ氧化硅,避免造成环境污染,同时实现快速干燥;④质量<120g/m2,相比于传统灯箱布的40(T600 g/m2,其质地更轻;⑤强度高、耐低温,适于用作为户外灯箱布与传统的喷绘灯箱布相比,具有同等的喷墨打印性能技术与质量均国内领先,可取代进ロ灯箱布。 [0014] Nano environmental ultralight banner printing, has the following characteristics: ① middle layer made of polyethylene material woven ko alkenyl, rather than polyester fiber mesh, environmentally friendly and recyclable fabric to pour density polyethylene ko alkenyl film, apply the primer and ink-receptive coating to improve smoothness of coat ink-receptive coating selected Ni nano silica, to avoid environmental pollution, rapid drying; ④ mass <120g / m2, compared to traditional the banner 40 (T600 g / m2, which is lighter weight; ⑤ high strength, low temperature, suitable for outdoor light boxes as compared with the conventional cloth printing cloth boxes, having the same properties of ink-jet printing technology and quality are domestic leading can be replaced into the ro banner.

具体实施方式 Detailed ways

[0015] 下面结合附图对本发明较优实施例进行详细介绍,但是实施例不会构成对本发明的限制。 Jiaoyou drawings embodiments of the present invention is described in detail [0015] below with reference to, but not limiting embodiments of the present invention.

[0016] 參见附图1,纳米环保超轻型喷绘灯箱布,包括聚こ烯编织布I与聚こ烯编织布正面的聚こ烯淋膜层2组成的基布、基布正面上的底涂剂层3和分布在底涂剂层3上的吸墨涂层4。 [0016] Referring to Figure 1, inkjet ultralight nanometer green boxes cloth, comprising woven fabric of poly I and poly alkylene ko ko ko-en-woven polyethylene alkenyl lamination front layer 2 consisting of a bottom base fabric on the front side 3 and the ink absorbing layer coating material distributed on the primer layer 3 coating 4.

[0017] 实施例I [0017] Example I

⑴采用高密度聚こ烯塑料粒,通过塑料扁丝拉丝机组拉丝与喷水织机织布,即得基 ⑴ high density polyethylene ko alkenyl plastic pellets, through a plastic flat wire drawing and drawing water jet loom weaving machine, that is, too-yl

布; cloth;

⑵在淋膜机上将基布正面淋上ー层O. 025mm厚的低密度聚こ烯,即得聚こ烯基布;⑶制备吸墨涂层:在3.85Kg聚氯こ烯乳液中加入0.8Kg A08,搅拌IOmin后加38. 5 Kg纳米ニ氧化硅,分散30min后加氨水调PH值至6_7,加5. 5Kg纯丙乳液,搅拌IOmin后依次加5. 5Kg碳酸钙、O. 55Kg钛白粉、O. IKg润湿剂TN-21,再次搅拌40min后加O. IKg增白剂、O. 05Kg正丁醇与O. 05Kg氯化钠,搅拌IOmin后过滤即得; ⑵ on the front base fabric layer Laminating machine topped ー O. 025mm thick low-density polyethylene ko-ene, i.e., the poly-ene ko fabric; ⑶ prepared ink-receptive coating: 0.8 in 3.85Kg polychloroprene emulsion ko-ene kg A08, stirred IOmin added 38. 5 kg Ni nano silica dispersion 30min after adding ammonia to adjust PH 6_7, 5. 5Kg add acrylic emulsion, added sequentially after stirring IOmin 5. 5Kg calcium carbonate, O. 55Kg titanium white powder, O IKg wetting agent TN-21, stirred for 40min after addition O. IKg brighteners again, O 05Kg O. 05Kg sodium chloride and n-butanol, stirred IOmin filter derived.;

⑷选用印刷凹版涂布,将聚こ烯基布的正面涂上底涂剂聚氯酯胶,经烘箱烘干后涂吸墨涂层; ⑷ selected printing gravure coating, alkylene poly ko front fabric coated polyurethane adhesive primer, oven dried after coating the ink absorbing coating;

(5)经分切、复卷及检验得成品。 (5) by slitting, rewinding and test products.

Claims (8)

1.纳米环保超轻型喷绘灯箱布,其特征在于制备方法包括以下几个步骤:①采用高密度聚乙烯塑料粒,经塑料扁丝拉丝机组拉丝、喷水织机织布和淋膜机淋低密度聚乙烯,即得聚乙烯基布;②将聚乙烯基布的正面涂上底涂剂,经烘箱烘干后涂吸墨涂层经分切、复卷及检验得成品。 1. Nano environmental ultralight banner printing, characterized in that the preparation process comprises the following: ① From high-density polyethylene plastic pellets, plastic flat wire drawing machine by drawing, water-jet loom weaving machine and Laminating low leaching density polyethylene, i.e. polyethylene to obtain a base fabric; ② the front base fabric coated with polyethylene primer, oven dried after coating the ink absorbing coating by slitting, rewinding and test products.
2.如权利要求I所述的纳米环保超轻型喷绘灯箱布,其特征在于步骤①中所述的塑料编织布重量<85g/m2。 I 2. Claim nano environmental ultralight banner printing, wherein the step ① in the woven plastic weight <85g / m2.
3.如权利要求I所述的纳米环保超轻型喷绘灯箱布,其特征在于步骤②中所述的底涂剂为聚氨酯胶。 I 3. The nano as claimed in claim environmental ultralight banner printing, wherein the step ② in the primer is a polyurethane adhesive.
4.如权利要求I所述的纳米环保超轻型喷绘灯箱布,其特征在于步骤②中所述的吸墨涂层由70%硅胶、10%纯丙乳液、10%碳酸钙、7%聚氯乙烯乳液、I. 5%抑泡消泡剂、0. 9%钛白粉、0. 2%润湿剂、0. 2%增白剂、0. 1%正丁醇、0. 1%氯化钠及若干氨水按重量比配成。 4. I ultralight the nano-green boxes cloth inkjet claim, characterized in that the ink absorbing coating in said step ② consisting of 70% silica, 10% acrylic emulsion, 10% calcium carbonate, 7% PVC ethylene emulsion, I. 5% suds suppressing an antifoaming agent, 0.9% titanium dioxide, 0.2% wetting agent, 0.2% brightener, 0.1% butanol, 0.1% chloride several ammonia and sodium weight ratio dubbed.
5.如权利要求I和4所述的纳米环保超轻型喷绘灯箱布,其特征在于所述的吸墨涂层的制备方法为在聚氯乙烯乳液中加入抑泡消泡剂,搅拌IOmin后加娃胶,分散30min后加氨水调PH值至6-7 ;加纯丙乳液,搅拌IOmin后依次加碳酸钙、钛白粉、润湿剂;再次搅拌40min后加增白剂、正丁醇与氯化钠,搅拌IOmin后过滤即得。 5. The nano-I and environmental ultralight banner printing according to claim 4, characterized in that the method for preparing the ink absorbing coating is a polyvinyl chloride emulsion defoamer was added suds suppressors, added after stirring IOmin baby gum dispersion 30min after adding ammonia to adjust PH 6-7; add acrylic emulsion, added sequentially after stirring IOmin calcium carbonate, titanium dioxide, wetting agents; re stirred for 40min after adding brighteners, chlorine and n-butanol sodium, stirred IOmin filter derived.
6.如权利要求I和4所述的纳米环保超轻型喷绘灯箱布,其特征在于所述的硅胶为纳米级二氧化硅。 6. I and nano environmental ultralight banner printing according to claim 4, wherein said silica gel is a nanoscale silica.
7.如权利要求I和4所述的纳米环保超轻型喷绘灯箱布,其特征在于所述的抑泡消泡剂为A08(20%)。 7. The nano-I and super-light green box cloth printing according to claim 4, wherein said antifoaming agent is a suds suppressing A08 (20%).
8.如权利要求I和4所述的纳米环保超轻型喷绘灯箱布,其特征在于所述的润湿剂为TN-21(4%)。 8. The nano-I and super-light green box cloth printing according to claim 4, wherein said wetting agent is TN-21 (4%).
CN2012101813984A 2012-06-05 2012-06-05 Nano environment-friendly ultra-light painting light box fabric CN102658695A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107700232A (en) * 2017-09-29 2018-02-16 潍坊佳诚数码材料有限公司 A kind of intumescent coating built-in lamp advertising cloth and its preparation technology

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6113679A (en) * 1998-10-06 2000-09-05 3M Innovative Properties Company Piezo inkjet inks and methods for making and using same
US20010003626A1 (en) * 1999-12-03 2001-06-14 Yoshihisa Syoda Coated film
CN1958304A (en) * 2006-11-14 2007-05-09 李剑平 Computer digital ink jet printed waterproof printing paper in high light
CN101148129A (en) * 2007-11-08 2008-03-26 中国乐凯胶片集团公司;保定乐凯数码影像有限公司 Ink-jet printing high luster casting-coating photographic paper
CN101905553A (en) * 2010-06-25 2010-12-08 李剑平 Spray-painting advertising lamp box cloth

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6113679A (en) * 1998-10-06 2000-09-05 3M Innovative Properties Company Piezo inkjet inks and methods for making and using same
US20010003626A1 (en) * 1999-12-03 2001-06-14 Yoshihisa Syoda Coated film
CN1958304A (en) * 2006-11-14 2007-05-09 李剑平 Computer digital ink jet printed waterproof printing paper in high light
CN101148129A (en) * 2007-11-08 2008-03-26 中国乐凯胶片集团公司;保定乐凯数码影像有限公司 Ink-jet printing high luster casting-coating photographic paper
CN101905553A (en) * 2010-06-25 2010-12-08 李剑平 Spray-painting advertising lamp box cloth

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107700232A (en) * 2017-09-29 2018-02-16 潍坊佳诚数码材料有限公司 A kind of intumescent coating built-in lamp advertising cloth and its preparation technology

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