NORN
OTIS
The OTIS collection is a fabric that is characterised by a colourful weave with a distinctive and visible melange. The yarns used in its production contain the addition of staple fibres, which gives the fabric a soft feel. The linen weave, thanks to its high number of interlacings, gives the fabric maximum stability and strength. In addition, the fabric has been reinforced on the underside with glue and has undergone a needlework process, which softens it even further. The fabric is also characterised by high abrasion resistance, as confirmed by the number of Martindale test cycles. By adding staple fibres to the yarn, it has been possible to eliminate the gloss effect, making the fabric look more natural and closer in appearance to wool products. The OTIS collection is an excellent choice for those looking for a durable, soft and aesthetically pleasing fabric.
OTIS 18
OTIS 25
OTIS 40
OTIS 43
OTIS 47
OTIS 44
OTIS 66
OTIS 77
OTIS 59
OTIS 55
OTIS 33
OTIS 74
OTIS 83
OTIS 80
OTIS 86
OTIS 07
OTIS 11
OTIS 15
OTIS 19
color palette
ZAINSPIRUJ SIĘ ARANŻACJAMI Z TKANINĄ OTIS
| Weight | DIN EN 12127 | 215 g/m2 ± 5% | |
| Working width of roll | minimum 140 cm | ||
| Composition | EU 1007/2011 | 100%PES | |
| Abrasion resistance | EN ISO 12947-1,2 | 100 000 | |
| Pilling resistance | EN ISO 12945-2 (2000T) | 4 | |
| Colour fastness to light | EN ISO 105-B02-2 | 4-5 | |
| Colour fastness to dry rubbing | EN ISO 105-X12 | 4 | |
| Colour fastness to wet rubbing | EN ISO 105-X12 | 4 | |
| Tear growth resistance | EN ISO 13937-3 | ||
| Warp | 40 N | ||
| Weft | 30 N | ||
| Tensile Strength | EN ISO 13934-1 | ||
| Warp | 600 N | ||
| Weft | 350 N | ||
| Resistance to seam slippage | EN ISO 13936-2 | ||
| Warp | 3,5 mm | ||
| Weft | 3,5 mm |
The pilling effect is a natural process and cannot be completely eliminated. Migration of dye stuff from intense and dark fabrics to light fabrics is unavoidable. Pulled threads are to be expected when getting caught on sharp objects. Variations on color shades are acceptable for technological reasons. The test results represent the average value from various production batches.
