THE BEHAVIOUR OF FABRICS USED FOR ANTIMIS PRODUCTION TO PILLING

• Main Authors: CHIRILĂ Mihai Maxim, CIOARĂ Ioan
• Format: Article
• Language: English
• Published: Editura Universităţii din Oradea 2016-05-01
• Series: Annals of the University of Oradea: Fascicle of Textiles, Leatherwork
• Subjects: Liturgical item; Pilling; Textile surface; Structure charactersitics; Fastness
• Online Access: http://textile.webhost.uoradea.ro/Annals/Vol%20XVII-No%202-2016/Textile/Art.nr.173-pag%20.29-34.pdf

The present study about the behaviour of plain textiles used for the production of antimis (Christian-orthodox liturgical item used in the liturgy) to pilling explores the functional classification of different types of antimis as a textile product made out the following different types of fabrics: natural silk, flax, viscose, polyamide 6.6. Pilling is a phenomenon which consists of the formation of small balls made out of fibre congeries on the textile’s surface due to attrition and fatigue. For textiles used as liturgical items, the process of pilling formation includes the following stages: the emergence of the pilling surfaces (the formation of fuzzy), fibre tangle (appearance of small balls), and the detachment of small balls from the fabric’s surface. The analysis method of pilling for liturgical items made out the four types of fabrics mentioned above consists of stereoscopic microscopy techniques and electronic microscopy methods (SEM). The images of textiles samples (yarns and fabrics) will be captured using a video microscope. Quantitative tests have been done to determine the metric number and the tex title of the above-mentioned fabrics. The increased resistance of silk to pilling compared to nylon, flax, and viscose can be attributed to the chemical properties of fibres and structural characteristics of silk fabric. The structural compactness of the same fiber mixture of natural silk fabric with bonded fabric will have a higher resistance coefficient to pilling compared to the other mentioned fabrics. Through this, the value of use and durability of the antimis will increase.