Polar fleece is a soft napped insulating fabric made from polyester.
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Uses
Polar fleece is used in jackets, hats, sweaters, sweatpants, cloth nappies, gym clothes, hoodies, blankets, and high-performance outdoor clothing. It can be made partially from recycled plastic bottles and is very light, soft, and easy to wash. Polar fleece can stretch more easily in one direction than in others.
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History
Polar fleece originated in Massachusetts in 1979 when Malden Mills, (now Polartec LLC), and Patagonia developed Synchilla (synthetic chinchilla). It was a new, light, strong pile fabric meant to mimic--and in some ways surpass--wool. Aaron Feuerstein intentionally declined to patent Polar fleece, allowing the material to be produced cheaply and widely by many vendors, leading to the material's quick and wide acceptance.
Characteristics
A lightweight, warm and soft fabric, fleece has some of wool's good qualities but weighs a fraction of the lightest available woolens. Polar fleece garments traditionally come in different thicknesses: micro, 100, 200, and 300, with 300 being the thickest and least flexible.
It is hydrophobic, holding less than 1% of its weight in water. It retains much of its insulating powers even when wet. It is machine washable and dries quickly. It is a good alternative to wool (of particular importance to ones who are allergic or sensitive to wool). It can also be made out of recycled polyethylene terephthalate (PET) bottles, or even recycled fleece. Despite its fuzzy appearance and feel, it is not flammable, but instead melts when exposed to flame.
Regular polar fleece is not windproof and does not absorb moisture (although this is often seen as a benefit, per above). Fleece readily generates static electricity, which causes the accumulation of lint, dust, and pet hair. It is also susceptible to damage from high temperature washing, tumble drying, or ironing. Lower-quality polar fleece material is also prone to pilling.
Environmental issues
Berners-Lee reckons the average greenhouse gas footprint of polar fleece in manufacturing carpets at 5.55 kg CO2 equivalent per kilo, when produced in Europe. This gives it almost the same carbon footprint as wool, but with greater durability.
Non-recycled fleece is made from non-renewable petroleum derivatives. Even if made of recycled materials, fleece relies on a continued production of non-renewable fossil fuels for the raw material.
When fleece goes through the laundry, it generates microplastics which become part of domestic waste water. Municipal waste water systems often discharge into rivers and oceans. PET does not biodegrade and suspended microplastics are easily ingested by marine life, thus entering the food chain.
Source of the article : Wikipedia
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