Non-Woven
Polypropylene materials secure optimal spinning and enhanced processability in non-wovens
Polypropylene (PP) materials
are popular choices for non-wovens. Borealis offers a
full range of both polyproylene and polyethylene grades for use in a
variety of non-woven applications such as:
- Hygiene applications,
- Geotextiles,
- Medical applications,
- Filtration,
- Absorption.
Our polypropylene product grades can be used to create non-woven material using one of 3 major techniques:
- The meltblown process: Meltblown is a technology to produce very thin fibres. Thin fibres are extruded and further elongated by means of hot air at high velocity. The fibres are then collected on a collection belt where they form a so called nonwoven. It is a random collection of thin fibres. The thinner the fibres, the smaller the openings or pores between the fibres.
- The spunbonded process: Our spunbonded grades have controlled rheology that secures stable spinning and excellent web formation combined with optimal web properties.
- Staple fibre production: These grades have a balanced morphology, rheology and additivation to secure optimal spinning and enhanced thermobonding performance.
For each fibre production technique, Borealis can tailor unique products such as specially designed gas-fading free formulations that protect the fibre and fabrics from nitrogen oxide-induced discoloration.
New polyethylene grade for non-woven applications
We have recently delevoped a new polyethylene grade intended for non woven applications. Specially designed for the skin layer of bicomponent fibres, VL9500 typically adds up to 20 % more strength to non-woven materials.
This new grade is characterized by its excellent softness and enhanced comfort it brings to end users, making the grade particularly suitable for feminine care products and incontinence.
Page updated: 04.06.2008
Home | About Us |
Careers | Industry Solutions |
Innovation |
News & Events |
Data Sheets |
Contact Us |
Polymer Dictionary
| Site
Map
Copyright © 2008 - Borealis AG Terms of Use
| Privacy
Statement
