The 21st Shanghai International Nonwovens Exhibition(SINCE)

Company Introduction:

Farè is a worldwide leader supplier of complete range of machines for staple fibers, spunbond and meltblown nonwovens.Farè was founded, as manufacturer of machinery for the synthetic fibres industry, more than 50 years ago. Farè designs and supplies complete plants, equipments and production technologies and, nowadays, more than 430 industrial lines are operating worldwide based on Farè state-of-the-art technologies. Farè is used to give their customers all kind of services tailored to their needs such as: know-how, erection and start-up assistance, training of personnel, assistance in management service and quality control, revamping of existing plants. Farè was a pioneer in machinery manufacturing for polyolefin and polyester extrusion lines and is a protagonist in the development of processing machines for synthetic fibers to answer today’s market demands.

Exhibits Introduction:

Farè is involved in contracting the following plants and their parts:

SUPERSTAPLE FIBRE LINES from hygienic to geotextile and all applications:

•monocomponent:PP,PE,PET,PLA,PA

•bicomponentPET-CoPET; PP-PE; PET-PP; PET-PE; HCS

•Polyolefin:

starting from: virgin or regenerated granules

from 1.0 to 220 dtex

one-step compact spinning lines, from 100 to 4,000 kg/h

•Polyester:

starting from: virgin granules, flakes, molten polymer

from 0.8 to 150 dtex

one or two-step process with short or long spinning solution, from 500 to 8,500 kg/h

SUPERSPUN SPUNBOND AND MELT BLOWN up to 6 positionsto achieve higher:

PRODUCTION QUALITY

PLANT EFFICIENCY

RAW MATERIAL YIELD

ENERGY SAVING

from hygienic to industrial as roofing and artificial leather:

monocomponent;

bicomponent PP-PE; PP-PET; PET-PE

from 7 gsm;

calender, needle punch, spunlace and high bulk technologies.

DRYER-LESS EXTRUSION:

with his dryer-less technology, Farè guarantees performances of lines feeding PET flakes or granules directly to the extruder without crystallization-dryer.

UTILITIES AND ANCILLARY SYSTEMS FOR INDUSTRIAL PLANTS