耐高溫無機聚合樹脂黏接材料之開發研究

朱庭賢

doi:10.6841/NTUT.2006.00156

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耐高溫無機聚合樹脂黏接材料之開發研究

Development of Heat Resistance Inorganic Geopolymer Bonded Materials

朱庭賢 , Masters　　Advisor：吳傳威;黃昭勳　　

繁體中文 DOI： 10.6841/NTUT.2006.00156

無機聚合樹脂；黏接材料；火災高溫；包覆補強； geopolymer ； boned material ； high temperature in a fire ； jacketing

Abstract │ Reference (39) │ Times Cited (20) │ Altmetrics

Abstract 〈TOP〉

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So far, epoxy has been massively used during structure retrofit. Epoxy is an organic material, the properties of poor temperature would cause serious problems. The result of preceding research revealed that for concrete cylinders covered by CFRP using epoxy as bonding material, and lost completely when the temperature reached 250~300℃. Presently, a new material, namely geopolymer is under development worldwide for making concrete and isolation products. In Taiwan, such materials have only been studied in material science. The proposed research was tried to develop boned material, called 「geopolymer」, aimed at this direction doing experimental study to replace epoxy. First, the geopolymer will be developed in views of strength, durability, bonding property, error sensitivity, as well as cost. Secondly, it is using geopolymer applied between concrete cylinder, CFRP jacket and the high temperature study. The result was poor than epoxy on boned properties, but it is better than epoxy on the resisting high temperature properties, and the result revealed that geopolymer is not abolish on 800℃. Besides, the formula of geopolymer can comprise green materials like fly ash or glass dust, and it will become better than conventional materials in economic.

Reference ( 39 ) 〈TOP〉

[3] Crowley M.S., 1956,"Initial Thermal Expamison Characteristics of Insulating Refactory Concrete",Bul. Am. Ceramic Soc. Vol.35, No.12 Dec.
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[8] Kim,P.,and U.Meier,1991,CFRP Cables for large Structures, Advanced Composite Materials in Bridges and Structures,491-499.
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[12] Stein Lawrence, 2004, Fire-Resistant Containers Made with geopolymer binder material.
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[13] T.W.Cheng and J.P.Chiu,2003,Fire-resistant geopolymer produced by granulated blast furnace slag.
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[14] T.Bakharev, 2004, Resistant of geopolymer materials to acid attack.
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Times Cited (20) 〈TOP〉

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