Because of its synthetic fibres, 100% polyester provides great wrinkle resistance. It is frequently blended with other natural fibres by manufacturers to produce less wrinkled clothing that is easy to maintain and useful for travelling. Having said that, this material can wrinkle in specific situations.
Polyester was created in the 1940s to aid in the war effort, but it wasn’t until the 1970s that it started to become popular as new trends embraced this adaptable and inexpensive synthetic. Since that time, textile sciences have advanced dramatically, enabling clothing producers to use this synthetic in a variety of cutting-edge methods.
Read also: Is There A Way To Get Rid Of Creases In Shoes
How To Remove Creases From Polyester
Steamer Technique
The safest and simplest method for removing wrinkles from polyester is to use a hand-held steamer. If you don’t have a steamer, you may also use your iron steam setting, but this technique necessitates a bit more attention.
1. Hang your item inside out on the towel hook on the back of your bathroom door or the shower curtain pole.
2. Fill your steamer with water and let it heat up until a thin cloud of steam comes out of the nozzle.
3. Slowly raise and lower the steamer while keeping the nozzle at least an inch away from your clothing. To ensure that all portions of the cloth are exposed to the steam, you might need to gently tug on the garment’s hem as you go or hold out a sleeve or pant leg.
4. Watch out not to block the steam with your skin while working! Additionally, even though it should be obvious, never attempt to steam a garment while it is being worn!
5. Although it doesn’t work nearly as well, you can place your garment on an ironing board or a folded towel if you don’t have a steamer. Simply adjust the iron’s steam setting while holding it a few inches away from the garment.
The Dryer Approach
Polyester and dryers have a love-hate relationship to some extent. In fact, when subjected to intense heat, the polyester fabric can melt, twist, or scorch. However, the majority of modern dryers’ permanent press setting was created especially for these synthetic textiles!
1. Before you start, reverse your clothing.
2. Wash your clothing as directed by the label’s manufacturer. Use cold water or your washing machine’s permanent press option if you’re unsure.
3. If you have a fabric softener, add it as a wonderful finishing touch. By doing this, you can help your garments stay static-free in the dryer.
4. Keep an eye on your washer and take the item out as soon as the cycle is complete. Your clothing will wrinkle if you leave them rolled up in the damp washer.
5. Choose the PP, Delicates, or just the lowest heat level in your dryer. Once more, after the cycle is over, take off your clothes.
6. Hang the clothing up right away to prevent additional creases from forming while it’s still warm!
The Iron Approach
Polyester can be ironed without harm, but it’s a complicated operation because synthetic fibres can be harmed or melted by intense heat. Because of this, ironing ought to be your very last option.
1. Before you start, flip your clothing inside out.
2. Set the lowest temperature on your iron. There may be a unique “synthetics” setting on some irons. That will also function.
3. Prepare your workspace while your iron is warming. On an ironing board, arrange your clothing so that it is nicely smoothed out and provides a flat surface for the iron. If you need to iron a formal shirt, for instance, you might begin by laying one sleeve flat across the ironing board. If you need to iron a dress or a pair of formal pants, lay out each panel of the skirt flat on the board or iron each leg of the pants separately.
4. To dampen the flattened area of your garment, use a spray bottle.
5. Spread a pressing cloth flatly over the portion of your garment that has been smoothed out. Use a tea towel if you don’t have one (the kind of kitchen towel that does not have a fuzzy side).
6. Finally, smoothly move the iron back and forth over the protecting cloth so as not to let the hot plate land on any surfaces.