General nonwovens produce thermally point
bonded spunbond nonwovens made of polypropylene and
polyester.
The multi-beam line using sophisticated process control
methods able to achive a high degree of uniformity and
coverage. With various fabric finishing, consolidation and
downstream technologies employed, the fabric characteristics
and performance can be optimized to suit your specific needs
from very uniformly distributed soft touch fabrics to
fabrics with thick filaments leading high strength and
stiffness. Hydrophilic, anti-static, anti-bacterial, flame
retardant, UV resistant, colored fabrics, soft touch
fabrics, stiffened fabrics, optical brightened fabrics are
available.
The filament fineness is an important factor that affects
the fabric characteristics. General Nonwovens is capable of
producing fabrics from subdenier -micro- filaments of 0.7
dpf (denier per filament) to high denier filaments up to 5
dpf. The low denier filaments, with their smaller diameter,
produce more surface area and more length per unit weight,
reduce light transmission and improve light dispersion
(greater opacity) and softness (due to lower unit fiber
deflection forces). Sub-denier spunbond fabrics would extend
a great value to filtration, diaper covers, medical and
personal hygiene products requiring liquid and particulate
barriers that are breathable and provide good vapor
transport with significant air permeability. The fine
spunbond filaments render a soft and pleasant feel while the
high denier filaments, with their higher diameter, produce
an improved strength and physical properties on both
directions of the fabric.
Number of filaments per web width can be set to suit your
fabric characteristics and performance requirements. Thanks
to the technology employed, the filament fineness and unique
filament lay-down system allows General Nonwovens be able to
offer nonwovens at a lower basis weight performing at least
the same as a traditional nonwoven at a higher basis weight.
Let General Nonwovens Team to show the potential savings you
can make!
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