The Effect of the Accelerated Laboratory Ageing Factors on Linen Textiles Dyed with Turmeric Dye

Abstract

The effect of thermal and light aging processes on the mechanical, physical and chemical properties of dyed linen textiles.• The effect of light aging processes was greater on the mechanical properties of the dyed fibers. • The effect of ultraviolet radiation and heat on the morphological and chemical composition of dyed flax fibers ARTICLE INFO

The usage of AgNPs/Klucel G Nanocomposites And Some Conventional Materials in The Conservation of Archaeological Linen Textile Remains

“…Instrument was configured with ATR sample cell including a diamond crystal with a scanning depth up to 2 micrometers. The spectrum was recorded using the absorption method over a spectral range of 400-4000 cm -1 with an accuracy of 4 cm -1 [5,11,12,21].…”

“…[1,2] Conservation processes comprise cleaning, disinfection, consolidation, and storage. [3][4][5] In the past, the process of conservation of archaeological textiles was carried out without following any scientific rules. It was done by sewing or by methods similar to household washing.…”

A comparative Study for The Effect of Laboratory Aging and Fungal Infection on Properties of Raw and Dyed Linen Textiles

“…For the dyeing process, a percentage of the solution that was previously filtered from Madder Roots was used (a bath volume of 20 ml was used, per 1 gram of the dye), then the linen fibers that had been previously boiled well and rinsed to remove any sizing materials were dyed. After dyeing, the dye residue was removed by rinsing three times with cold water (5 min, at room temperature) [11,12].…”

Effect of grey component replacement processing and varnishing on the light fastness of colours on cardboard prints

“…Colour change under light is a common problem in printing, 15,16 but it also occurs in other fields. [17][18][19] The colour fastness of printed products has been the subject of a number of studies, [20][21][22] in which the influence of the printing ink composition or printing process on colour light fastness was investigated. Additionally, prior research 23,24 showed possible protection of the print during accelerated ageing (AcA) with the use of nanocomposites, although this introduces higher costs and a more complex production process.…”

“…The protective role of varnishing is primarily in the mechanical area, to protect inks from rubbing or abrasion (scratching), but packaging is always influenced by electromagnetic radiation when packaged products are displayed on a shelf. Colour change under light is a common problem in printing, 15,16 but it also occurs in other fields 17–19 . The colour fastness of printed products has been the subject of a number of studies, 20–22 in which the influence of the printing ink composition or printing process on colour light fastness was investigated.…”