Resina acrílica de curado de alta velocidad
DOI:
https://doi.org/10.29105/qh1.1-55Keywords:
resina acrílica, alta velocidad, adhesivos acrilicosAbstract
En este artículo se determina el estado del arte de resinas y adhesivos acrílicos de alta velocidad
mediante el análisis crítico de información publicada en diversas bases de datos científicas así como de patentes. Bajo este estudio, se presentan los monómeros más comunes para la realización de resinas acrílicas, así como sus procesos de síntesis. Así también, se describen la funcionalidad de diferentes aditivos que se adhieren a las resinas acrílicas para mejorar sus propiedades. Estas resinas son ampliamente utilizadas como adhesivos, selladores, así como recubrimientos industriales.
Downloads
References
-[1] European Standard CEN/TC 139 'Adhesives-Terms and Definitions'.
-[2] DonaldA., Ciencia e ingeniería de materiales, 4ta. Edición, página 299.
-[3] Senchenya N., Guseva T. and GololobovY., Cyanoacrylate-BasedAdhesive, 2007. DOI: https://doi.org/10.1134/S181123820703006X
-[4] Giudice C. y PereyraA., Tecnología de pinturas y recubrimientos: componentes, formulación manufactura y calidad, 2009
-[5] Bi-wu H., Bo-fen H., Wei-qing C., Zhi-qiang O., Synthesis of a novel UV-curable prepolymer neopentyl glicol diglycidyl ether diacrylate and its cure film tensile property. May 4, 2009.
-[6] Decker C., Bianchi C., Ultrafast hardening of a modeling paste bye UV-curing of a polyamide filled acrylic resin, 2005 DOI: https://doi.org/10.1007/s10853-005-2002-z
-[7] Chen Z., Chisholm B., Patani R., Wu F., Fernando S., Jogodzinski K., Webster D., Soy-based UVcurable thiol-ene coating, February 24 201 O.
-[8] Anusavice K., Phillip la ciencia de los materiales dentales, page 164.
-[9] Kanrva L., Elsner P, Wahlberg J. Handboook ofoccupational dermatology, page 562.
-[1 O] Fink J., Reactive polymers fundamenta Is and applications, page 353.
-[11] Kawamura A., Takeko R., lwata T., Acrylic Resin, assignee: Sumitomo Chemical company, US Patent 215 7 43, September 29 2005.
-[12] MachhammerO., TentenA., Jachow H., HauptS.,Arnold H., UnverrichtS., Method forproduction acrolein and /or acrylic acid from propane, assignee: BASF Aktiengesellschaft, US Patent 6 426 433, Juli 30 2002.
-[13] Kida, Koichi c/o Mitsubishi Gas Chem. Com., lnc. Tsukuba-shi,lbaraki-ken, Method ofproducing a methyl methacrylate, EP O 941 984, February 17 1999.
-[14] Mizuno M., Seo T., Suzuta T., Production method of methyl methacrylate, assignee: Sumitomo Chemical Company, Limited, US Patent 209 782, August 20 2009.
-[15] Jang B., Gogate M., Spivey J., Zoeller J., Colberg R. and Choi G., Synthesis of methyl methacrylate f from coal-derived syngas, US Department of Energy Reports, Fischer Tropsch Archive 94065/20, Research Triangle lnstitute, Research Triangle Park, NC, 1999. DOI: https://doi.org/10.2172/774948
-[16] Dunn D., Adhesives and Sealants- Technology, Applications and Markets, page 28.
-[17] PociusA., Dillard D., Chaudhury M., Adhesion science and engineering, page 848.
-[18]ArdisA., Preparation ofmonomericalkyl-acyanoacrylates. US Patent2467 926, assigned to B. F. Goodrich, NewYork(NY),April 191949.
-[19] Malofsky B., Badejo l., Transesterification method for making cyanoacrylates. US Patent 6 245 933, assigned Clouse Medical Corporation, Raleigh, NC (US), Juni 12 2001.
-[20] C. J. Buck. Modified cyanoacrylate monomers and methods for preparation, US Patent 4 O 12 402, assigned to Johnson and Johnson, (New Brunswick, NJ), March 151977.
-[21] O'Dwyer L., Tierney F., Cyanoacrylates compositions, assignee: Loctite (R&D), US Patent 6 294 629,September 25 2001.
-[22] C. Decker and 1, Lorinczona, UV-Radiation Curing of WaterborneAcrylate Coatings, October 4 2004. DOI: https://doi.org/10.1007/s11998-004-0027-x
-[23] Y. lrmoulli, B George and Merlin, Study of polymerization of acrylic resin by photocalorimetry: influence of initiators and irradiation wavelength, July 18 2007.
-[24] Plastic Design Library, Handbook of plastics joing: a practica! guide, page 141.
-[25] Cognard P., Handbook of Adhesive and Sealants Vol u me 2: Adhesives and sealants: general Knowledge, Application techniques, new curing techniques, page 305.
-[26] Koleske J., Radiation curing of coatings, page 37.
-[27] Gutsche Carl David, Calixarenes: An introduction, page 25
-[28] Koyama K. and Tadokoro Y., Acrylic resin laminated film and laminated molding using the same, US Patent 6 692 821, assigned to Sumitomo Chemical Company, Limited (Osaka, JP), February 17 2004.
-[29] Tayama S. and Kusakawa N., Flame resistant acry/ic resin composition and process for it production. US Patent 4 533 689, assigned to Mitsubishi Rayon Company, August 6 1985.
-[30] F. Sawaragi and H. Sonezaki. Abrasion-resistant coating composition for acrylic resin molded artic/e. US Patent 6 177 138, assigned to Nippon ARC Co., Ltd. (Chiba, JP), January 23 2001.
-[31] Quintero J., Jerry Y. Johm, Cyanoacry/ate composite, US Patent 241 249, October 2 2008.
-[32] Misiak H., Barnes R., Kneafsey B., Tickened cyanoacry/ate composition, US Patent 92 481, assigned Loctite (R&D) Limited, April 26 2007.
-[33] Wojciak S., Attarwala S., Radiation-curable, cyanoacrylate containing compositions, US Patent 6 726795, April 27 2004.
-[34] Misiak H, Radiation-curable, Cyanoacrylate-containing compositions, assignee: Loctite (R&D) Limited, US Patent 6 734 221, May 11 2004
Downloads
Published
How to Cite
Issue
Section
License
Copyright (c) 2010 Victoria Gutiérrez, Patricia Zambrano
This work is licensed under a Creative Commons Attribution 4.0 International License.
