Fabric and method for obtaining said fabric
AssigneeSiretessile S.R.L.
InventorsAlessandro Baggio, Marco Lucchese
Life of this patent
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Abstract
A method for producing a combustion resistant upholstery fabric with a weight of approximately 180-210 g/m2 includes: at least one preparation step of an intimate blend yarn with 65% by weight of polyester fibers and 35% by weight of cotton fibers, at least one weaving step with a 2/1 twill weave of the yarn thus prepared to obtain a fabric, at least one washing step of said fabric to obtain a bleached fabric, at least one step of pressing said bleached fabric, the pressing step involves inserting said bleached fabric inside at least one calender to obtain an upholstery fabric.
Claims11
Method for producing a combustion resistant upholstery fabric with a weight of approximately 180-210 g/m2, said method comprising:
- at least one preparation step of an intimate blend yarn with 65% by weight of polyester fibers and 35% by weight of cotton fibers,
- at least one weaving step with a 2/1 twill weave of said yarn thus prepared to obtain a fabric,
- at least one washing step of said fabric to obtain a bleached fabric,
- at least one step of pressing said bleached fabric, said at least one pressing step involves inserting said bleached fabric inside at least one calender to obtain an upholstery fabric,
- wherein:
- said at least one step of pressing said bleached fabric comprises heated calendaring;
- said at least one pressing step further comprises passing said bleached fabric between heated and counter-rotating rollers of said calender, in which said rollers are heated to a temperature higher than 150° C., at a pressure higher than 200 kg/cm2;
- the method does not provide for the application of any flame-retardant chemical salt to the upholstery fabric;
- the combustion resistant upholstery fabric according to the invention is not treated with flame retardant materials;
- said upholstery fabric obtained following said at least one pressing step is equipped with air permeability which allows an air flow passage of less than 55 mm/s, at a pressure of 200 Pa.
Dependencies are inferred from the claim text.