Effect of glass cullet on thermal properties of kaolinite

Delben, A. A. S. T.; Menezes, Francisco Leonardo Gomes de; Delben, J. R. J.; Coelho, Marlene de Barros; Ribeiro, Ricardo Faria

doi:10.1007/s10973-006-7681-4

Cited by 7 publications

(4 citation statements)

References 9 publications

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“…From Fig. However, as the cullet is further increased up to more than 60 wt%, the porosity of the ceramics slowly decreases [10]. This result would indicate that the loose area of matrix in clay has been filled by the cullet, thus resulted in the increases of hardness [7].…”

Section: Methodsmentioning

confidence: 99%

Physical Properties of Cullet-Clay Ceramic

Razi¹,

Sahar²,

Yusuf³

2011

AIP Conference Proceedings

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Articles you may be interested inGrowth and texture of spark plasma sintered Al2O3 ceramics: A combined analysis of X-rays and electron back scatter diffraction Effects of mesh-assisted carbon plasma immersion ion implantation on the surface properties of insulating silicon carbide ceramics Abstract. A series of ceramic based on (x) cullet-(100-x) clay has successfully been made by slip casting followed by sintering at 800 o C. The sample density has been determined using the Archimedes method while their hardness by the Vickers Hardness Test. Meanwhile, the thermal shrinkage has been measured at 900°C. It is found that the density is in the range of 2.03-2.27 gcm -3

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Section: Methodsmentioning

confidence: 99%

Physical Properties of Cullet-Clay Ceramic

Razi¹,

Sahar²,

Yusuf³

2011

AIP Conference Proceedings

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“…Silika ini memiliki diameter nanopertikel [3] Pemanfaatan kaca sebagai bahan campuran genteng tanah liat cukup beralasan, serbuk kaca memiliki ukuran yang sangat halus dan nilai konduktivitas termal yang tinggi. Keadaan ini memungkinkan untuk mengisi poros atau rongga dalam genteng sehingga genteng akan memiliki nilai porositas yang kecil dan kuat daya tekannya bertambah kuat [4]. Dengan dasar pemikiran tersebut, maka dilakukan penelitian "Kualitas Genteng Tanah Liat dengan Campuran Serbuk Kaca".…”

Section: ) Penyerapan Airunclassified

Kualitas Genteng Tanah Liat Dengan Campuran Serbuk Kaca

Mudhofir¹,

Sulhadi²,

Aji³

2017

Prosiding Seminar Nasional Fisika (E-Journal) Snf2017 Unj

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Pertambahan populasi manusia yang semakin meningkat sebanding dengan kebutuhannya. Pemenuhan kebutuhan sehari-hari meningkatkan jumlah sampah rumah tangga. Limbah botol kaca merupakan salah satu limbah yang perlu dimanfaatkan secara optimal. Oleh sebab itu perlu adanya inovasi pemanfaatan limbah botol kaca tersebut. Satu dari bentuk inovasinya adalah pemanfaatan serbuk kaca untuk bahan campuran pada pembuatan genteng tanah liat home industry. Untuk itu pada penelitian ini memanfaatkan limbah botol kaca sebagai campuran genteng dengan komposi campuran 0%, 5%, 10%, 15 %, dan 20% dari massa keseluruhan genteng tanah liat. Mutu genteng dibandingkan antara keadaan normal dan campuran dilihat dari variabel daya serap air dan kuat tekan genteng. Pada penelitian ini diperoleh hasil bahwa semakin banyak campuran serbuk kaca maka genteng memiliki porositas yang semakin kecil/memiliki daya serap air lebih rendah. Keadaan campuran terbaik diperoleh pada campuran 15% yaitu sebesar 8,57%. Penambahan serbuk kaca mempengaruhi gaya tarik partikel tanah liat pada genteng sehingga pada komposisi tertentu dapat menambah kuat daya tekan tetapi pada komposisi yang berlebih justru mengurangi kuat daya tekan. Kata-kata kunci: genteng tanah liat, serbuk kaca, kuat daya tekan, daya serap air.

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“…The reduction of energy consumption in construction and the solution of environmental problems by recycling of industrial and domestic waste is a relevant problem. Recycling is an important environmental and economical alternative for each material class, mainly for those that do not decompose easily in nature, such as glasses -not decomposed by microbial nor by atmospheric precipitation for thousand years (Delben et al 2007). Finely ground glass waste having a particle size finer than 38 μm have pozzolanic behaviour and concrete containing ground glass exhibits a higher strength at both the early and late ages compared to fly ash concrete (Shao et al 2000).…”

Section: Introductionmentioning

confidence: 99%

Investigation of Thermal Properties of Cement Paste with Fluorescent Lamp Glass Waste, Glass Cullet and Coal/Wood Ashes

Kara

Korjakins

2013

Journal of Sustainable Architecture and Civil Engineering

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The thermal character of cement hydration reactions causes concrete to endure temperature changes during the first days after casting. The present research intends to evaluate the influence on the temperature of hydration of cement paste mixes with local industrial wastes such as lamp glass waste powder/suspension, glass cullet, bottom/fly coal/wood ashes substitution at level of 20% and 30%. The temperature of hydration of cement paste mixes was investigated by using specially designed equipment. The temperature of hydration inside of the cement paste specimens was continuously monitored at least up to 20 h after production at ambient air temperature 20±2°C. The results showed that cement paste substitution with lamp glass waste and coal/wood bottom ashes at level of 30% has influence on the peak temperatures of hydration with decrease from 58.8°C to 46.3°C and cement paste substitution with flint glass at level of 20% decrease temperature of hydration for around 19°C in comparison to control cement paste mix.

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Effect of glass cullet on thermal properties of kaolinite

Cited by 7 publications

References 9 publications

Physical Properties of Cullet-Clay Ceramic

Physical Properties of Cullet-Clay Ceramic

Kualitas Genteng Tanah Liat Dengan Campuran Serbuk Kaca

Investigation of Thermal Properties of Cement Paste with Fluorescent Lamp Glass Waste, Glass Cullet and Coal/Wood Ashes

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