normally cotton will out-sew most synthetics due to its low elongation, suppleness, and heat resistance (ignoring its tendency to form lint and its accompanying problems). synthetics are more durable due to higher elasticity and tenacity coupled with better abrasion and chemical resistance. if low yarn...
normally cotton will out-sew most synthetics due to its low elongation, suppleness, and heat resistance (ignoring its tendency to form lint and its accompanying problems). synthetics are more durable due to higher elasticity and tenacity coupled with better abrasion and chemical resistance. if low yarn...
remember me sign in recover your password. a password will be e-mailed to you. contact us converter/calculator companies events products machinery jobs rss contributors q & a textile school - a knowledge-base repository of textile articles fiber manmade fiber natural fiber yarn ring-spinning open-end...
with timbrelle® polyamide fine filamentyarn. the combination of two provenances combines the best features of both materials and adds more flexibility and individuality to your collection. industrial applications require yarns with very specific, partly even heterogeneous characteristics. in many cases...
remember me sign in recover your password. a password will be e-mailed to you. contact us converter/calculator companies events products machinery jobs rss contributors q & a textile school - a knowledge-base repository of textile articles fiber manmade fiber natural fiber yarn ring-spinning open-end...
csp u% total ipi % viscose ring spun spinning fiber machinery count range ply ring . d* mm truetzschler ne - ne single & double specifications - knitting count cv% csp u% total ipi fiber dyed spinning fiber machinery count range ply ring . d* mm truetzschler ne - ne single & double virgin fiber dyed yarn...
when it is woven over-and-under in a piece of fabric. crimp can contribute to the elongation of a fabric under load dacron dupont's trade name for polyester fibre denier a system for coding filament yarns and fibres, with low numbers representing finer sizes and higher numbers representing heavier yarns...