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Generation Review on the Production Line Development of Foam Glass at Home and Abroad

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Abstract:

According to domestic and international history of foam glass, the foam glass development situation of the United States, France, Japan, the former Soviet Union and China was specifically introduced. Moreover ,the foam-glass-production-lines history was divided by generations and the production-lines characteristics each generation was presented in detail. Compared with the production scale ,investments and unit production cost of foam glass production line on different generations ,we could find that building high-generation production lines, increasing productivity, improving quality, reducing costs and enhancing competitiveness will be the development trend of foam glass industry in the future.

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Periodical:

Advanced Materials Research (Volumes 915-916)

Pages:

524-531

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.915-916.524

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Online since:

April 2014

Authors:

Su Ping Cui, Ji Guang Zhang, Ying Liang Tian*, Shi Bing Sun, Zhong Wei Wu, Wen Cai Liu

Keywords:

Foam Glass, Generations, Production Line, Production Process

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© 2014 Trans Tech Publications Ltd. All Rights Reserved

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References

[1] Tian Yngliang , Yulin Zou and Zhao Fei : High Performance Foam Glass. Research of Beijing University of Technology , 2001, 27 ( 2 ) : 247 -250 In Chinese.

Google Scholar

[2] Wu Liyun : foam glass production technology and economic discussions Beijing University of Technology , 1998, 24 ( 3 ) : 115 -117 In Chinese.

Google Scholar

[3] Saint-Gobain: Procede de faberication du verre multicellulaire. FR Pat : 786. 818, 1935-06-17.

Google Scholar

[4] VITRIC CORP: Foamed glass article used as artificial pumice stones. US Pat: 5928773, 1999-07-27.

Google Scholar

[5] OATH-I. Stone washing fabric - using a synthetic abrasive stone contg foamed glass. US Pat: 5359745, 1994-11-01.

Google Scholar

[6] GUHLMANN P. Habitable floating body of foamed glass, siliceous material, etc -. Suitable for housing animals and people, anchoring in water or as atoll esp floodlit base section or glass roof DE Pat : 4303977, 1994-08-. 11.

Google Scholar

[7] LIAS FRANKEN LEICHTBAUSTOFFE GMBH & CO KG: Foamed glass granules used as light aggregates - produced by mixing ground glass, binder, and blowing agent, pressing, crushing, and foaming. DE Pat : 4342996, 1994-08-04.

Google Scholar

[8] AKVAMARIN ENTERP: Mixture for the manufacture of foamed glass granulate - contains glass and triplex wastes, foaming agent and milk of lime. SU Pat2109700 , 1998-04-27.

Google Scholar

[9] KAZANTSEVA L K: . Foamed glass prodn charge - includes zeolite-contg tufa, gas-generating agent, and additionally broken glass waste and calcined soda. RU Pat: 2051869, 1996-01-10.

Google Scholar

[10] SHEARN M B.: Hollow spheres of foam glass with internal vacuum using metal vapour esp zinc blowing agent and having internal coating. GB Pat : 2249088, 1992-04-29.

Google Scholar

[11] VERT INVESTMENTS LTD: Foam glass mfr from molten glass - by contacting glass melt contg ferrous oxide and sulphur with refractory carbide, nitride or oxynitride GB Pat:.. 2228000, 1990-08-15.

Google Scholar

[12] MALEK J: Foamed glass prodn. CS Pat : 8303179, 1984-01-13.

Google Scholar

[13] Ji Taige Pawlowski: foam glass. Chongqing Industry Press, 1995: 62 -155.

Google Scholar

[14] Liushi Heng and Xiaoshao : Show glass technology latest developments Beijing : China Building Industry Press , 1986, 40 -45.

Google Scholar

[15] Xu Meijun : world production applications and markets foam glass deep processing of float glass in the Fifth Symposium glass technology . . 2003 April and.

Google Scholar

[16] Joe, ginger grind Yan and Wang Chengyu : Recycled foam glass and solid waste . Materials Review, 2009, 23 ( 1 ) : 93 -95.

Google Scholar

[17] China foam glass industry overview, December 30, (2008).

Google Scholar

[18] Yingliang Tian , Lei Zhang and Zhenhua Gu : Domestic development situation and foam glass production process . Glass and enamel . 2010, 38 ( 1 ) : 37 -41 In Chinese.

Google Scholar

[19] Yingliang Tian, SUN Shi Bing and Lei Zhang : foam glass bubble defects and solutions. Glass and enamel . 2009, 37 ( 4 ) : 33 -36 In Chinese.

Google Scholar

[20] Yingliang Tian, Peiyuan Qu and Yourong Huang: The property and use-method of acoustic culture stone. Thermal Insulation Materials and Energy-saving Technology. 2005, (3): 7-9 In Chinese.

Google Scholar

[21] Yingliang Tian, Peiyuan Qu and Yourong Huang: The performance and construction method of color foam glass wall brick. Energy-saving building materials. 2004, 11: 39-41 In Chinese.

Google Scholar

[22] Yingliang Tian, Yourong Huang and Sun Shingbing : The study of foam glass with crust layer. Glass & Enamel. 2004, 32(6): 14-18.

Google Scholar

[23] Jia Zhiyng, Wang Qun, Yingliang Tian: The microwave-absorbing properties study of graphite foam foam glass. Function Materials. 2004 supplement 35: 829-832 In Chinese.

Google Scholar

[24] Yingliang Tian, Zhang , Youliang and Hui Tian, : Preparation of foam glass by using waste kinescope. Glass & Enamel. 2003, 31(4): 44-47 In Chinese.

Google Scholar

[25] Yingliang Tian and Peiyuan Qu: The development history and trends of foam glass at home and abroad. Glass & Enamel. 2002, 30(5): 48-52 In Chinese.

Google Scholar

[26] Yingliang Tian, Wenzhou Gu and Li Wenbiao : The application of foam glass in energy-saving building. 2002: 41-43.

Google Scholar

[27] Yingliang Tian and Yourong Huang: The research of color the foam glass[J]. Bulletin of the Chinese Ceramic Society. 2001: 129-130 In Chinese.

Google Scholar

[28] Yingliang Tian: The method and the mold manufacturing foam glass[J]. Glass & Enamel. 2002, 30(1): 33-35.

Google Scholar

[29] Yingliang Tian, Yulin Zou and Zhao Fei: The research of high performance foam glass[J], Journal of Beijing University of Technology. 2001, 27(2): 247-250 In Chinese.

Google Scholar

[30] Yingliang Tian, Zhao Fei and Yulin Zou: Foam glass production process and the key technology to quality control[J], Glass & Enamel. 2000, 28(6): 52-56 In Chinese.

Google Scholar

[31] Yingliang Tian, Yulin Zou and Jun Wu: The new environmental protection building materials—foam glass. Innovation Manual. 2000: 12-14 In Chinese.

Google Scholar

[32] Yingliang Tian, Shibing Sung and Zhang Jiguang: The method of using waste foam glass tube production, CN ZL200410003413. 1 In Chinese.

Google Scholar

[33] Yingliang Tian, Yourong Huang and Shibing Sung: Shell layer of foam glass and its preparation method. CN ZL200410048022. 1 In Chinese.

Google Scholar

[34] Yingliang Tian, Shibing Sung and Yourong Huang: Used in tunnel kiln of gas bubble glass production, CN ZL200420092967. 9.

Google Scholar

[35] Yingliang Tian, Shibing Sun and Yourong Huang: Gas tunnel kiln for the production of foam glass, CN ZL200410080294. X.

Google Scholar

[36] Yingliang Tian and Shibing Sun. Preparation of borosilicate foam glass . CN ZL 200910081753. 9 In Chinese.

Google Scholar

[37] Yingliang Tian, GuoShuguang and Shibing Sun: Chain plate transmission mechanism of a suitable foam glass furnace. CN CN103113019A In Chinese.

Google Scholar

[38] Yingliang Tian, Jiye Fan, and Shibing Sun: One kind of roller kiln. CN CN202945142U In Chinese.

Google Scholar

[39] Yingliang Tian, Jiye Fan and Shibing Sun: A roller kiln can prevent mold foam glass rod deviation card kiln folding . CN  CN102863139A In Chinese.

Google Scholar

[40] Shibing Sun, Yingliang Tian and Li Xin: One method of shale broken glass manufacture foam materials，CN101993202A In Chinese.

Google Scholar

[41] Peiyuan Qu: Double tunnel foam glass kiln，CN ZL2002215445. 0 In Chinese.

Google Scholar

[42] Peiyuan Qu: Adjust the flow system temperature foam glass annealing furnace. CN ZL2003230966. X In Chinese.

Google Scholar

[43] Peiyuan Qu: Pre- sintered foam glass foam tunnel kiln. CN ZL2005 2 0115762. 2 In Chinese.

Google Scholar

[44] Yingliang Tian, Lei Zhang and Zhenhua Gu: Development of domestic and international profile and production process of foam glass. glass and enamel . 2010, 38(1): 37-41.

Google Scholar

[45] Xu Ying: JC/T 647-2005, Foam glass insulation products.

Google Scholar

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