Multi-Technique Characterization and Conservation of an Ancient Egyptian Fabric from King Khufu First Solar Ship
Eman Nabil; Tawfik Khattab; Samir Kamel;
Abstract
Textiles are among the most fragile artefacts in the world. They are difficult to
preserve even in the best circumstances. Herein, we studied an artefacts fabric
of a special nature in terms of usage. Despite the multiple applications of tex
tiles, the piece understudy is one of the unique pieces that the ancient Egyp
tian used as fenders for King Khufu’s first solar boat, the second-largest dis
covery in Egypt history. The boat was discovered inside a limestone pit. It was
disassembled and arranged in several layers. Four pillows of wrapped fabric
were found in the first layer, which was used as boat fenders. This use is a
great discovery of the role of textiles in the manufacture of ancient boats.
Thus, we conducted tests and analytical studies of those fenders using scan
ning electron microscopy (SEM) and an optical microscope to identify the
type and nature of fibers, spinning method, and aspects of damage. Both
energy-dispersive X-ray (EDX) analysis and infrared analysis (FT-IR) were
employed to explore the sample’s elemental content and study the functional
groups of the fabric. These analytical processes were useful in carrying out the
restoration and preservation work necessary for the artefact under study.
preserve even in the best circumstances. Herein, we studied an artefacts fabric
of a special nature in terms of usage. Despite the multiple applications of tex
tiles, the piece understudy is one of the unique pieces that the ancient Egyp
tian used as fenders for King Khufu’s first solar boat, the second-largest dis
covery in Egypt history. The boat was discovered inside a limestone pit. It was
disassembled and arranged in several layers. Four pillows of wrapped fabric
were found in the first layer, which was used as boat fenders. This use is a
great discovery of the role of textiles in the manufacture of ancient boats.
Thus, we conducted tests and analytical studies of those fenders using scan
ning electron microscopy (SEM) and an optical microscope to identify the
type and nature of fibers, spinning method, and aspects of damage. Both
energy-dispersive X-ray (EDX) analysis and infrared analysis (FT-IR) were
employed to explore the sample’s elemental content and study the functional
groups of the fabric. These analytical processes were useful in carrying out the
restoration and preservation work necessary for the artefact under study.
Other data
| Title | Multi-Technique Characterization and Conservation of an Ancient Egyptian Fabric from King Khufu First Solar Ship | Authors | Eman Nabil ; Tawfik Khattab; Samir Kamel | Keywords | King Khufu, Solar Ship, Linen Fender, Analytical Methods, Conservation | Issue Date | 30-Sep-2021 | Publisher | Eman Nabil, Tawfik Khattab, Samir Kamel | Journal | International Journal of Organic Chemistry | Volume | vol. 11 | Issue | ISSN Online: 2161-4695 ISSN Print: 2161-4687 | Start page | 128 | End page | 143 |
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