George Brown College Casa Loma campus
160 Kendal Ave. Toronto
FX LIFT Textile Testing Lab equipment provides a range of typically required textile testing services for industry partners. Lab equipment is professional grade, calibrated to meet industry standards, and located in climate-controlled conditions. George Brown College School of Fashion established a textile testing lab within the Casa Loma campus and for over 30 years delivered textile testing education to fashion students. The lab was expanded and supplemented with new equipment installed in 2020 to increase capabilities to provide external partners with professional services for applied research or for product development needs.
Colourfast: sun, light, crocking
Comfort: moisture, touch, dry rate, repellancy
Detailed analysis: fibre identification, yarn count
Flammability
Laundry: wash, dry, colour stability
Surface: pilling, abrasion
Strength: tensile, bursting
Microscopes
MMT was developed to measure, evaluate and classify liquid management properties of fabrics. Testing can include overall moisture management capability, transport, wetting time on top and bottom surfaces, absorption rate, max wetted radius and spreading speed. Fabrics can be classified as waterproof, water repellent, rate of absorption, rate of drying, water penetrating or moisture management fabrics.
•Thermal resistance and moisture transmission properties are the two major determinants of clothing comfort.
•The Sweating Guarded Hotplate “skin model” measures thermal properties and water vapour resistance of fabrics (or combinations of fabrics) under steady state conditions. Tests simulate heat and moisture transfer from human skin, giving results for permeability, breathability and heat loss from sweat evaporation.
The popularity of technical garments that claim to provide moisture management for the wearer (wicking, quick dry) requires verification of this property.
The heated metal plate in this instrument measures the drying rate based on evaporation rate from a wetted fabric.
Multiple test fabrics can be compared with overlay display of test results on the computer display.
Comfort factors that affect the feel of fabric on the skin are measured by analyzing the surface smoothness, roughness, rigidity, compression and recovery, and thermal conductivity under compression and recovery. These measurements predict the comfort perception of fabrics for their relative softness, warmth and smoothness.
Electronic balance with internal and external custom software to calculate yarn, sliver and roving counts and fabric yield.
Digital readout to computer file
Automatic timing of flame spread in .1 second increments from ignition
Official Testing Rated Vortex Washer and Dryer –Meets AATCC Monograph Compliant conditions. Washer controls incoming water temperature, precise water fill, agitation strokes per minute and spin speeds, pre-programmed cycles and 24-hour agitation capability. Dryer meets AATCC Monograph requirements. Commercial grade design with airflow os220 cu. ft. per minute for fast drying.
SDL Atlas Rotowash–Measure colourfastnessto washing.
Spray Rating Tester
Measures surface wetting resistance
Provides conditioning for test samples
Perspiration and other staining tests can be performed under standard conditions
Instron Tensile strength tester
Measure force required to pull test sample apart
Results are recorded on computer screen
Measure force required to pierce fabric
Test samples are rubbed against standard abrasive reference fabric and repeated with pre-determined number of rotations.
Observations made when broken threads detected on the test fabric.
Can also be used for pilling tests
Random Tumble Pilling Tester
Provides test results for fabric resistance to surface pilling
ASTM D3512 and ISO 12945/3 and other standards
Digital confocal microscope. Reflected and transmitted light microscope with brightfield and darkfield.
Digital 2-dimensional readout, with measurements.
Useful for textile identification, surface properties analysis and smart textile QC for circuits and connectors.
Useful for gemmology
Laser measuring microscope
3-dimensional X,Y and Z
From 6nm measurements
Useful for textiles and gemmology
Rosa Fracassa
Chair, School of Fashion and Jewellery | Fashion Exchange
416-415-5000 x 2997
Shahrzad Sadeghi
Community Engagement Manager
shahrzad.sadeghi
@georgebrown.ca
Jeanine Larmour
Student Success & Industry Liaison
Kathy McGown
Program Support & Industry Liaison