FARÉ S.p.A. has been a pioneer in machinery manufacturing for polypropylene staple
fibers and remains a protagonist in the development of processing machines for
synthetic fibers to answer today's market demands not only for staple fibers but
also for spunbond and meltblown nonwovens.
FARÉ announced the possibility of one and the same machine
alternatively producing monocomponent (regular) or bicomponent fibers. Today's
markets demand both types for hygiene and sanitary products (babies diapers,
ladies napkins, adult incontinent diapers, spunlace wipes etc.) in the form of
staple fibers and spunbonds.
The major technologies for producing durable or disposable nonwovens can be
distinguished as follows:
carded webs: via staple fibers, needle punched, thermo or resin-bonded, hot-hair
through bonded, hydro-entangled spunlace, etc.
spunbonds: via continuous filaments or very short and fine meltblown fibers.
air-laid webs: via cellulose pulp mixed with short cut fibers, thermobonded or
100% cellulose pulp resin bonded.
The FARÉ machines for for these products are:
Superstaple III, for carded webs in bicomponent (sheath-core) staple fibers
Superspun Spinning System for spunbond nonwoven fabrics of continuous filaments
Supermeltblown Spinning System for spunlaid webs in meltblown material.
FARÉ Extrusion Lines
Staple Fiber
Superstaple I - Staple fiber
extrusion systems for polypropylene
Superstaple II -
Staple fiber extrusion systems for polyester, polypropylene, and polyamide 6
(nylon 6)
Superstaple III -
Bicomponent (sheath/core) staple fiber extrusion systems for polyester,
polypropylene, polyamide 6 (nylon 6), and co-polymers
Superstaple IV - Heavy
denier staple fiber extrusion systems for polypropylene, polyester, and
polyamide 6 (nylon 6)
Nonwovens - All FARÉ Nonwoven systems, including composite like S-M-S, are available in both homopolymer and bicomponent configurations.
Spunbond - Continuous filament nonwoven extrusion system.
FARE Spunbond systems are available in both homopolymer and bicomponent
(sheath/core) configurations.
Meltblown - As the name implies, the fibers are created as
the molten polymer is simultaneously drawn, quenched, and "cut" by a
jet of air blowing across the die face. The resulting ultrafine fibers produce a
web of superior performance factor.
Tape & Twine
Supertex - Extrusion system
for tapes used in F.I.B.C. and supersacks
Superbaler - Extrusion system
for baler twine
Monofilament
Monofilament & Danline - Extrusion systems for monofilaments
Yarn Extrusion
Super Filament - Extrusion
systems for high tenacity industrial yarns
Super POY -
Partially Oriented Yarn extrusion systems
Super FDY -
Fully Drawn Yarn extrusion systems