Production, development and modeling of fibrous structures for special areas of usage,
Testing structure and quality of linear textiles, surface, 3D textiles and special fibrous structures.
The main objectives and activities
Analysis of internal and external structures of linear and planar fibrous formations and testing their mechanical properties including safety.
Specific devices and outcomes
Analysis of mass irregularity and defect in strand of roving and staple fiber yarns by capacitive method (Uster Tester 4-SX),
Evaluation of hairiness of staple fiber yarns (G Zweigle 567),
Evaluation and characterization of silk clothing (TST2 Lenzing),
Evaluation of resistance of textile materials (woven, knitted and nonwoven textiles), burst ball and cut (Testometric M350-10CT),
Measurement of resistance of textile materials (Woven, Knits and nonwoven) in the airflow (EC 37),
Measurement of speed of sound passing through textile material and determination of acoustic properties as dynamic modulus of fiber and planar textiles (DMT PPM5R Lawson Hemphill),
Measurement of dynamic mechanical properties of silk yarns (stretching yarn, friction yarn on yarn, yarn on pin, volume unevenness, number of defects, diameter and hairiness of yarn (CTT Lawson Hemphill),
Evaluation of surface resistance of textiles due to abrasion and fabric pilling according to DIN EN ISO 12947-1, 2, 3, 4 on the unit Martindale M235,
Analysis of pilling effect of fabric on M227 ICI Pilling & Snagging Tester, Taber Wear and Rotary Abrasion Tester,
Analysis of trace concentrations of heavy elements using the polymer matrix method (LIBS),
Testing of dusting textiles - Characterization and Analysis of dust emitted from textiles,
Measuring bending rigidity of yarns, fabrics and knitwears (TH-7),
Analysis of pH measurement, determination of color fastness, washing process management, residues and conductivity analysis (MORAPEX), • Analysis of aging through simulation of weather conditions (M029 VCON).