The Quality Team

    Services

    Contacts

    Refernces

Physical-mechanical tests performed by BQT



News!

Extra!net





Physical-mechanical Tests Methods Time required
Abrasion resistance -(*)BS EN ISO 12947/99 -(*)UNI EN ISO 12947/00 - Woolmark TM 112/00 - JIS L 1096 E method 48h
Pilling Resistance -(*)Woolmark TM 196/00 - DIN 53865 24h
Pilling ICI method -(*) BS 5811/1986 -JIS L 1076 Metodo A 24h
Tensile Strength -(*)UNI EN ISO 13934/2/00 -UNI 5419/64 -UNI 8639/1984 - Woolmark TM 4/00 - JIS L 1096 A method- ASTM D5034 24h
Tear Strength -(*) IWS TM 172/1996 24h
Seam slippage resistance -(*) Woolmark TM 117/00 -(*) BS 3320/1988 -UNI 9743/90 - ASTM D434 - JIS L 1096 B method 24h
F.A.S.T. single test METODO CSIRO 1989 24h
F.A.S.T. complete test -(*) CSIRO method 1989 24h
Press test -(*) CSIRO method 1989 24h
Elongation test (for stretch fabrics) -(*) BQT-PTP 04/01 24h
Stretch relazation -(*) BQT-PTP 03/01 24h
Wrinkle recovery test -(*) AATCC 128/1999 24h
Water repellency (spray test) -(*) UNI-EN 24920/93 24h
Fat matters extraction (Soxhlet method) -(*) UNI 9273/1988 24h
Bubbling test JWFI method 24h
Curling test JWFI method 24h
Weight per unit area -(*) UNI EN 12127/99 24h
Number of threads -(*) UNI-EN 1049/96 Method A 24h
Colour difference assessment from selvedge to selvedge CMC FORMULA 24h
Visual Assessment (65, TL 84, Halogen, Wood) - 24h
Composition tests Methods Time required
Analysis of fibre content (1 component) -Law 883/73 -Woolmark TM 155 - JIS L 1030/90 48h
Analysis of fibre content (2 components) -Law 883/73 -Woolmark TM 155 - JIS L 1030/90 72h
Analysis of fibre content (3 components) -Law 883/73 -Woolmark TM 155 - JIS L 1030/90 72h
Analysis of fibre content (more than 3 components) -Law 883/73 -Woolmark TM 155 - JIS L 1030/90 72h
Dimensional stability tests Methods Time required
Dimensional stability to pressing -DIN 53894/2/1979 JIS L 1042 H2 method 48h
Dimensional stability to steam (Wira cylinder) -(*) UNI 9294/4/1988 48h
Dimensional stability to steaming   48h
Dimensional stability to dry cleaning -(*) BQT-PTP 01/01 48h
Relaxation shrinkage and higralexpansion assessment CSIRO METHOD 1989 48h
Dimensional stability to steeping in cold water -(*) UNI 9294/5/1988 - JIS L 1042 Metodo C 48h
Dimensional stability to hand or machine washing -(*) Woolmark TM 31/00 -(*)UNI EN 26330/96 48h
Dimensional stability to ironing BQT method 48h
Dimensional stability to fusing BQT method 24h
Tumble drying UNI EN 26330 24h
Colour fastness tests Methods Time required
Colour fastness to washing -(*) UNI EN ISO 105- C06/99 Metodi A1S, A1M,B1S,B1M. -(*)Woolmark TM 193/00 - JIS L 0844 48h
Colour fastness to perspiration -(*)UNI EN ISO 105 E04/98 -(*)Woolmark TM 174/00 - JIS L 0848 48h
Colour fastness to water -(*) UNI EN ISO 105 E01/98 -(*) Woolmark TM 6 /00 48h
Colour fastness to dry cleaning (with percloroetilene) -(*) BQT-PTP 02/01 -UNI EN ISO 105 D01/97 - JIS L 0860 48h
Colour fastness to rubbing -(*)UNI EN ISO 105 X-12 - JIS L 0849 48h
Colour fastness to rubbing with orgnic sollvents -(*) UNI EN ISO 105 D02/98 48h
Colour fastness to chlorinated water -UNI EN ISO 105-E03/98 48h
Colour fastness to sea water -(*) UNI EN ISO 105 E02/98 48h
Colour fastness to water spotting -(*) UNI EN ISO 105 E07/99 48h
Colour fastness to artificial light (Xenotest, 1/5 solidity) -(*) UNI 7639/89 Met.I 48h
Colour fastness to alkaline environment -(*) UNI EN ISO 105 E06/99 48h
Colour fastness to acid environment -(*) UNI EN ISO 105 E05/99 48h
Colour fastness to ironing UNI 5152/1988 48h
Colour fastness to alkaline mill UNI EN ISO 105 E148 H 2/99 48h
Colour fastness to strong acid mill UNI EN ISO 105 E13/98 48h
Colour fastness to mild acid mill UNI EN ISO 105 E14/98 48h