Production
Polymer formation takes place through polycondensation. The fibre is obtained through the melt spinning process.
Properties
- Very high tear and abrasion resistance
- High elasticity, low crease sensitivity
- Very good resistance to light, weather and putrefactive bacteria
- Easy care (easy to wash and quick drying)
- Hardly any moisture absorption
- High temperature resistance compared to other synthetic fibres
- Low specific weight
Temperatures
- Dry heat resistance: up to 150°C
- Melting point: 250°C to 260°C depending on type
FAQ
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Polyester is produced through polycondensation. The fibre is then formed using the melt spinning process, where the polymer melt is extruded and solidified into filaments.
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Polyester combines very high tear resistance, excellent abrasion resistance and high elasticity. This makes it suitable for demanding sewing processes and durable end-use applications.
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Yes. Polyester offers very high tear strength and abrasion resistance, making it ideal for industrial and high-performance sewing applications.
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Polyester has high elasticity and low crease sensitivity, allowing seams to recover well after stress.
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Polyester absorbs very little moisture. This contributes to its dimensional stability and quick-drying behaviour.
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Polyester has very good resistance to light and weathering, as well as resistance to putrefactive bacteria, making it suitable for outdoor applications.
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Yes. Due to its UV resistance, weather stability and low moisture absorption, polyester is well suited for outdoor textiles, technical applications and upholstery.
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Polyester has very good resistance to light and weathering, as well as resistance to putrefactive bacteria, making it suitable for outdoor applications.
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Yes. Polyester is a thermoplastic fibre, meaning it softens and melts at high temperatures.
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Polyester threads are used in apparel, technical textiles, automotive interiors, upholstery, outdoor products and embroidery applications.