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Spunbond

Nonwoven fabrics formed from spunlaid and meltblown and bonded by spunbond technology.  The resine used for its production is commonly PP; due to the nature of the spunbond fabrics they are widely used for:

  • Baby diaper (single fabric or laminations).
  • Adult incontinence diaper (single fabric of laminations)
  • Fem care products (sanitary napkins, panty liners, breast-feeding liners)
  • Medical applications
  • Fruits and vegetables protection packing

The main physical properties for this kind of fabrics are their excellent tension resistance, low elongation % and the ability of perform at low basis weight among others.

According to the machinery used in its production and the requests from our customers, we can offer special applications such us: Aloe vera, super soft, hydrophilic, antistatic.

To understand better this process we have to divide it into two: web forming and web bonding.

Formación: in this kind of technology it is used either spunlaid or meltblown. Formation is commonly known as spunmelt..

  • Spunlaid PP chips are melted in spinnerets and turned into continuous filaments that fall to a conveyor system and dry to then move to bonding station. While the filaments are on the conveyor they receive the name of web.

Photo: Jofo Nonwovens

  • Melblown is the same as spunlaid but air cool and cut the filaments when they come out of the spinnerets, these fall randomly to the conveyor and then move to bonding station.

Photo: Jofo Nonwovens

In this photo we can see the fibers of an expanded SSMMS material, the meltblown staple fibers in the middle and the spunlaid continuous fibers at the ends.

Photo: Jofo Nonwovens

Photo: Jofo Nonwovens

  • Melblown is the same as spunlaid but air cool and cut the filaments when they come out of the spinnerets, these fall randomly to the conveyor and then move to bonding station

Photo: Jofo Nonwovens

  • Advantages:
    • Maximum production speed
    • Most even finish
    • Better resistence to tension
    • Lower elongation
    • Lower price

    Disadvantages:

    • Lower softness
    • Not much options for raw materials
    • More rigid fabrcis
    • Lower absorption rate
  • Plain
  • Lineal and geometric desings
  • printed

Most commonly used raw material is PP

Materiales SS

SS FABRICUNITLIMITSCOMMENTS
WEIGHTgsm 10-70
WIDTHmm 65-4180Width are defined with each customer to calculate loading capacity
ROLL DIAMETERmm 650-1200780mm diameter is recomended to get max. loading capacity
CORE INNER DIAMETERinch3-6-6.75According to customer request
COLORNAWhite witouth brightening, and colorsWhite, extrawhite, ultrawhite
FINISHING (EMBOSSED, FLAT,..)Different designs and softness levelsDifferent designs and softness levels
PACKINGPE stretch film and card boards for each bundlePE stretch film and card boards for each bundle
AVAILABLE PRODUCTION CAPACTYTON/MONTH1200MOQ: 1x40hq container

Materiales SSMMS

SS FABRICUNITLIMITSCOMMENTS
WEIGHTgsm 10-70
WIDTHmm 65-4180Width are defined with each customer to calculate loading capacity
ROLL DIAMETERmm 650-1200780mm diameter is recomended to get max. loading capacity
CORE INNER DIAMETERinch3-6-6.75According to customer request
COLORNAmultiple colorsmultiple colors
FINISHING (EMBOSSED, FLAT,..)different softness levelsdifferent softness levels
PACKINGPE stretch film and card boards for each bundlePE stretch film and card boards for each bundle
AVAILABLE PRODUCTION CAPACTYTON/MONTH1200MOQ: 1x40hq container
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