Chemical Characterization of Ceramic Product Derived from Animal Bone by ICP-AES, FAAS, SEM and Chemometric Analysis

Authors:

Nur Aidelia Rosli,Mohamad Isa Mohamadin,

DOI NO:

https://doi.org/10.26782/jmcms.spl.4/2019.11.00012

Keywords:

Bone China,FAAS,ICP-AES,Chemometric Analysis,Halal,

Abstract

Ceramic products derived from the bones of non-halal animal have become an issue for Muslims in terms of its uncertainty status for years. This research quantify 11 elements in Bone China with different percentages of bone ashes and porcelain (a ceramic body without bone ashes) performed by Inductively Coupled - Atomic Emission Spectroscopy Plasma (Shimadzu -ICPE 9800 )for Co, Cu, Fe, Ag, Al, K, Na, Si, P and Flame Atomic Absorption Spectroscopy ( FAAS Agilent , 240FS-AA) for Ca and Mg elements. Chemometric Analysis analyzed contents of concentration for inorganic minerals and trace elements in Bone China and Porcelain sample by Principle Component Analysis (PCA), Factor Analysis (FA) and Agglomerative Hierarchical Clustering (AHC). The Principle Component Analysis (PCA) biplot indicated strong correlation between P-Ca-Mg inorganic minerals with Bone China bodies incorporated of bone ashes from 30% to 50%. Factor analysis of the first two factors F1 and F2 from eigenvalue represent 80% of the initial variability of the data confirming good quality projection. Clustering was determined by Agglomerative Hierarchical Clustering (AHC) analysis for Bone China with bone ashes in higher percentages clustered together while the Bone China with 10-20% bone ashes clustered together with porcelain depicted through distinctive hierarchical pattern.

Refference:

I. Ahsan, M., Dewan, A.H., Mustafi, S. and Ahmed, S.( 2012).Characterization
of crystalline phases of bone ash. Bangladesh Journal of Scientific and
Industrial Research, 47:(3), 265-268.
II. Dialogue Fatwa Committee 99th. (2012). National Council for Islamic
Region Affairs Malaysia. May4 th -6th.

III. Hazman, S., Mohd Muzani, M. (2013) . Isu Halal Dalam Produk Seramik.
Pusat Penyelidikan & Pengembangan Islam Borneo, UiTM Sarawak,
Konferensi Antarabangsa Islam Borneo Ke-VI .
IV. Singer, F. and Singer, S.S.(1979).Industrial Ceramics. Chapman and Hall
Ltd. London.
V. Thompson, R. (1980). Production of bone china. U.S. Patent No. 4,219,360.
Washington, DC: U.S. Patent and Trademark Office.
VI. Zainal, Z., Hamdzun, H. (2014). Characterization of local bone ash for bone
china production.JurnalTeknologi,66,(1):25–34 .
VII. Mohd Mahyeddin M.S.,Nurdeng, D., Irwan, M. S.,Suhaimi A. R., Shuhaimi,
M.,Mohammad A. J.,Yasmin H. M. S.(2017) The Use of Ceramic Product
Derived from Non-Ḥalāl Animal Bone: Is It Permissible From the
Perspective of Islamic Law? International Journal of Asian Social Science,
7(3): 192-198
VIII. Zakaria, Z. and H. Haron, (2013). Characterisation of local bone ash for bone
China production. Jurnal Teknologi, 66(1): 25-24.
IX. JAKIM, 2013. Ruling on the use of animal bone ashes (Bone China) in the
production of household goods and ornaments. The collection of Fatwa in
Malaysia. Kuala Lumpur: Percetakan Siaran.
X. Halim, M.A.A. and M.M. Salleh, 2012. The possibility of uniformity on halal
standards in organization of Islamic countries (OIC) country. World Applied
Sciences Journal, 17(17): 6-10.
XI. Rahmat, W. S., Jasni, M. Z., Abdullah, E. 2010. Comparative Agglomerative
Hierarchical Clustering Method to Cluster Implemented Course. Journal of
Computing, 2: 12.
XII. Poncelet, Pascal, Maguelonne Teisseire, Florent Mas – seglia, Data Mining
Patterns : New Method and Application, 2008, London.
XIII. Vainker, S. (2006). Production and trade of porcelain in China 1000-1500.
Chinese Ceramics Prodution. Oxford: Global Economic History Network
Conference. March 20 th-25 th .
XIV. Velayudhan V. P. and l Mucalo, R. M. (2014).A Cursory Study of the Bulk
and Glaze Composition plus Metal Leaching Properties of a Selection of
Antique, Vintage and Present Day Food and Drink Ceramic Wares using
XRF, FTIR, 27Al, 29Si, 31P MAS NMR and ICP-MS for Providing a
Characterisation of the Types of Domestic Ceramic Ware used in New
Zealand Currently, Chemistry in New Zealand.
XV. Hazman, S., Mohd Muzani, M. (2013) . Isu Halal Dalam Produk Seramik.
Pusat Penyelidikan & Pengembangan Islam Borneo, UiTM Sarawak,
Konferensi Antarabangsa Islam Borneo Ke-VI .

XVI. Faenza, D., (2000). Ceramic technology sanitary ware, , Litografica Fenza
S.r.l, Ravenna, Italy 36-38.
XVII. Ali, A. N., Talat, Z., Zahra, H., Solmaz, B. B.(2015). Influence of Bone Ash
on Bone China Characteristics at Constant Firing Temperature. Journal of
The Australian Ceramic Society.

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